npps (JavaCPP Presets for CUDA 7.5-1.1 API)

java.lang.Object
- org.bytedeco.javacpp.presets.npps
- - org.bytedeco.javacpp.npps

All Implemented Interfaces:

InfoMapper
```
public class npps
extends npps
```

Constructor Summary

Constructors
Constructor and Description

npps()

Constructors
Constructor and Description
`npps()`

Method Summary

Methods
Modifier and Type	Method and Description
`static int`	`npps10Log10_32s_ISfs(int[] pSrcDst, int nLength, int nScaleFactor)`
`static int`	`npps10Log10_32s_ISfs(IntBuffer pSrcDst, int nLength, int nScaleFactor)`
`static int`	`npps10Log10_32s_ISfs(IntPointer pSrcDst, int nLength, int nScaleFactor)` 32-bit signed integer signal 10 times base 10 logarithm, scale, then clamp to saturated value.
`static int`	`npps10Log10_32s_Sfs(int[] pSrc, int[] pDst, int nLength, int nScaleFactor)`
`static int`	`npps10Log10_32s_Sfs(IntBuffer pSrc, IntBuffer pDst, int nLength, int nScaleFactor)`
`static int`	`npps10Log10_32s_Sfs(IntPointer pSrc, IntPointer pDst, int nLength, int nScaleFactor)` 32-bit signed integer signal 10 times base 10 logarithm, scale, then clamp to saturated value.
`static int`	`nppsAbs_16s_I(short[] pSrcDst, int nLength)`
`static int`	`nppsAbs_16s_I(ShortBuffer pSrcDst, int nLength)`
`static int`	`nppsAbs_16s_I(ShortPointer pSrcDst, int nLength)` 16-bit signed short signal absolute value.
`static int`	`nppsAbs_16s(short[] pSrc, short[] pDst, int nLength)`
`static int`	`nppsAbs_16s(ShortBuffer pSrc, ShortBuffer pDst, int nLength)`
`static int`	`nppsAbs_16s(ShortPointer pSrc, ShortPointer pDst, int nLength)` 16-bit signed short signal absolute value.
`static int`	`nppsAbs_32f_I(float[] pSrcDst, int nLength)`
`static int`	`nppsAbs_32f_I(FloatBuffer pSrcDst, int nLength)`
`static int`	`nppsAbs_32f_I(FloatPointer pSrcDst, int nLength)` 32-bit floating point signal absolute value.
`static int`	`nppsAbs_32f(float[] pSrc, float[] pDst, int nLength)`
`static int`	`nppsAbs_32f(FloatBuffer pSrc, FloatBuffer pDst, int nLength)`
`static int`	`nppsAbs_32f(FloatPointer pSrc, FloatPointer pDst, int nLength)` 32-bit floating point signal absolute value.
`static int`	`nppsAbs_32s_I(int[] pSrcDst, int nLength)`
`static int`	`nppsAbs_32s_I(IntBuffer pSrcDst, int nLength)`
`static int`	`nppsAbs_32s_I(IntPointer pSrcDst, int nLength)` 32-bit signed integer signal absolute value.
`static int`	`nppsAbs_32s(int[] pSrc, int[] pDst, int nLength)`
`static int`	`nppsAbs_32s(IntBuffer pSrc, IntBuffer pDst, int nLength)`
`static int`	`nppsAbs_32s(IntPointer pSrc, IntPointer pDst, int nLength)` 32-bit signed integer signal absolute value.
`static int`	`nppsAbs_64f_I(double[] pSrcDst, int nLength)`
`static int`	`nppsAbs_64f_I(DoubleBuffer pSrcDst, int nLength)`
`static int`	`nppsAbs_64f_I(DoublePointer pSrcDst, int nLength)` 64-bit floating point signal absolute value.
`static int`	`nppsAbs_64f(double[] pSrc, double[] pDst, int nLength)`
`static int`	`nppsAbs_64f(DoubleBuffer pSrc, DoubleBuffer pDst, int nLength)`
`static int`	`nppsAbs_64f(DoublePointer pSrc, DoublePointer pDst, int nLength)` 64-bit floating point signal absolute value.
`static int`	`nppsAdd_16s_I(short[] pSrc, short[] pSrcDst, int nLength)`
`static int`	`nppsAdd_16s_I(ShortBuffer pSrc, ShortBuffer pSrcDst, int nLength)`
`static int`	`nppsAdd_16s_I(ShortPointer pSrc, ShortPointer pSrcDst, int nLength)` 16-bit signed short in place signal add signal, then clamp to saturated value.
`static int`	`nppsAdd_16s_ISfs(short[] pSrc, short[] pSrcDst, int nLength, int nScaleFactor)`
`static int`	`nppsAdd_16s_ISfs(ShortBuffer pSrc, ShortBuffer pSrcDst, int nLength, int nScaleFactor)`
`static int`	`nppsAdd_16s_ISfs(ShortPointer pSrc, ShortPointer pSrcDst, int nLength, int nScaleFactor)` 16-bit signed short in place signal add signal, with scaling, then clamp to saturated value.
`static int`	`nppsAdd_16s_Sfs(short[] pSrc1, short[] pSrc2, short[] pDst, int nLength, int nScaleFactor)`
`static int`	`nppsAdd_16s_Sfs(ShortBuffer pSrc1, ShortBuffer pSrc2, ShortBuffer pDst, int nLength, int nScaleFactor)`
`static int`	`nppsAdd_16s_Sfs(ShortPointer pSrc1, ShortPointer pSrc2, ShortPointer pDst, int nLength, int nScaleFactor)` 16-bit signed short add signal, scale, then clamp to saturated value.
`static int`	`nppsAdd_16s(short[] pSrc1, short[] pSrc2, short[] pDst, int nLength)`
`static int`	`nppsAdd_16s(ShortBuffer pSrc1, ShortBuffer pSrc2, ShortBuffer pDst, int nLength)`
`static int`	`nppsAdd_16s(ShortPointer pSrc1, ShortPointer pSrc2, ShortPointer pDst, int nLength)` 16-bit signed short signal add signal, then clamp to saturated value.
`static int`	`nppsAdd_16s32f(short[] pSrc1, short[] pSrc2, float[] pDst, int nLength)`
`static int`	`nppsAdd_16s32f(ShortBuffer pSrc1, ShortBuffer pSrc2, FloatBuffer pDst, int nLength)`
`static int`	`nppsAdd_16s32f(ShortPointer pSrc1, ShortPointer pSrc2, FloatPointer pDst, int nLength)` 16-bit signed short signal add signal with 32-bit floating point result, then clamp to saturated value.
`static int`	`nppsAdd_16s32s_I(short[] pSrc, int[] pSrcDst, int nLength)`
`static int`	`nppsAdd_16s32s_I(ShortBuffer pSrc, IntBuffer pSrcDst, int nLength)`
`static int`	`nppsAdd_16s32s_I(ShortPointer pSrc, IntPointer pSrcDst, int nLength)` 16/32-bit signed short in place signal add signal with 32-bit signed integer results, then clamp to saturated value.
`static int`	`nppsAdd_16sc_ISfs(nppc.Npp16sc pSrc, nppc.Npp16sc pSrcDst, int nLength, int nScaleFactor)` 16-bit complex signed short in place signal add signal, with scaling, then clamp to saturated value.
`static int`	`nppsAdd_16sc_Sfs(nppc.Npp16sc pSrc1, nppc.Npp16sc pSrc2, nppc.Npp16sc pDst, int nLength, int nScaleFactor)` 16-bit signed complex short add signal, scale, then clamp to saturated value.
`static int`	`nppsAdd_16u_ISfs(short[] pSrc, short[] pSrcDst, int nLength, int nScaleFactor)`
`static int`	`nppsAdd_16u_ISfs(ShortBuffer pSrc, ShortBuffer pSrcDst, int nLength, int nScaleFactor)`
`static int`	`nppsAdd_16u_ISfs(ShortPointer pSrc, ShortPointer pSrcDst, int nLength, int nScaleFactor)` 16-bit unsigned short in place signal add signal, with scaling, then clamp to saturated value.
`static int`	`nppsAdd_16u_Sfs(short[] pSrc1, short[] pSrc2, short[] pDst, int nLength, int nScaleFactor)`
`static int`	`nppsAdd_16u_Sfs(ShortBuffer pSrc1, ShortBuffer pSrc2, ShortBuffer pDst, int nLength, int nScaleFactor)`
`static int`	`nppsAdd_16u_Sfs(ShortPointer pSrc1, ShortPointer pSrc2, ShortPointer pDst, int nLength, int nScaleFactor)` 16-bit unsigned short add signal, scale, then clamp to saturated value.
`static int`	`nppsAdd_16u(short[] pSrc1, short[] pSrc2, short[] pDst, int nLength)`
`static int`	`nppsAdd_16u(ShortBuffer pSrc1, ShortBuffer pSrc2, ShortBuffer pDst, int nLength)`
`static int`	`nppsAdd_16u(ShortPointer pSrc1, ShortPointer pSrc2, ShortPointer pDst, int nLength)` 16-bit unsigned short signal add signal, then clamp to saturated value.
`static int`	`nppsAdd_32f_I(float[] pSrc, float[] pSrcDst, int nLength)`
`static int`	`nppsAdd_32f_I(FloatBuffer pSrc, FloatBuffer pSrcDst, int nLength)`
`static int`	`nppsAdd_32f_I(FloatPointer pSrc, FloatPointer pSrcDst, int nLength)` 32-bit floating point in place signal add signal, then clamp to saturated value.
`static int`	`nppsAdd_32f(float[] pSrc1, float[] pSrc2, float[] pDst, int nLength)`
`static int`	`nppsAdd_32f(FloatBuffer pSrc1, FloatBuffer pSrc2, FloatBuffer pDst, int nLength)`
`static int`	`nppsAdd_32f(FloatPointer pSrc1, FloatPointer pSrc2, FloatPointer pDst, int nLength)` 32-bit floating point signal add signal, then clamp to saturated value.
`static int`	`nppsAdd_32fc_I(nppc.Npp32fc pSrc, nppc.Npp32fc pSrcDst, int nLength)` 32-bit complex floating point in place signal add signal, then clamp to saturated value.
`static int`	`nppsAdd_32fc(nppc.Npp32fc pSrc1, nppc.Npp32fc pSrc2, nppc.Npp32fc pDst, int nLength)` 32-bit complex floating point signal add signal, then clamp to saturated value.
`static int`	`nppsAdd_32s_ISfs(int[] pSrc, int[] pSrcDst, int nLength, int nScaleFactor)`
`static int`	`nppsAdd_32s_ISfs(IntBuffer pSrc, IntBuffer pSrcDst, int nLength, int nScaleFactor)`
`static int`	`nppsAdd_32s_ISfs(IntPointer pSrc, IntPointer pSrcDst, int nLength, int nScaleFactor)` 32-bit signed integer in place signal add signal, with scaling, then clamp to saturated value.
`static int`	`nppsAdd_32s_Sfs(int[] pSrc1, int[] pSrc2, int[] pDst, int nLength, int nScaleFactor)`
`static int`	`nppsAdd_32s_Sfs(IntBuffer pSrc1, IntBuffer pSrc2, IntBuffer pDst, int nLength, int nScaleFactor)`
`static int`	`nppsAdd_32s_Sfs(IntPointer pSrc1, IntPointer pSrc2, IntPointer pDst, int nLength, int nScaleFactor)` 32-bit signed integer add signal, scale, then clamp to saturated value.
`static int`	`nppsAdd_32sc_ISfs(nppc.Npp32sc pSrc, nppc.Npp32sc pSrcDst, int nLength, int nScaleFactor)` 32-bit complex signed integer in place signal add signal, with scaling, then clamp to saturated value.
`static int`	`nppsAdd_32sc_Sfs(nppc.Npp32sc pSrc1, nppc.Npp32sc pSrc2, nppc.Npp32sc pDst, int nLength, int nScaleFactor)` 32-bit signed complex integer add signal, scale, then clamp to saturated value.
`static int`	`nppsAdd_32u(int[] pSrc1, int[] pSrc2, int[] pDst, int nLength)`
`static int`	`nppsAdd_32u(IntBuffer pSrc1, IntBuffer pSrc2, IntBuffer pDst, int nLength)`
`static int`	`nppsAdd_32u(IntPointer pSrc1, IntPointer pSrc2, IntPointer pDst, int nLength)` 32-bit unsigned int signal add signal, then clamp to saturated value.
`static int`	`nppsAdd_64f_I(double[] pSrc, double[] pSrcDst, int nLength)`
`static int`	`nppsAdd_64f_I(DoubleBuffer pSrc, DoubleBuffer pSrcDst, int nLength)`
`static int`	`nppsAdd_64f_I(DoublePointer pSrc, DoublePointer pSrcDst, int nLength)` 64-bit floating point in place signal add signal, then clamp to saturated value.
`static int`	`nppsAdd_64f(double[] pSrc1, double[] pSrc2, double[] pDst, int nLength)`
`static int`	`nppsAdd_64f(DoubleBuffer pSrc1, DoubleBuffer pSrc2, DoubleBuffer pDst, int nLength)`
`static int`	`nppsAdd_64f(DoublePointer pSrc1, DoublePointer pSrc2, DoublePointer pDst, int nLength)` 64-bit floating point signal add signal, then clamp to saturated value.
`static int`	`nppsAdd_64fc_I(nppc.Npp64fc pSrc, nppc.Npp64fc pSrcDst, int nLength)` 64-bit complex floating point in place signal add signal, then clamp to saturated value.
`static int`	`nppsAdd_64fc(nppc.Npp64fc pSrc1, nppc.Npp64fc pSrc2, nppc.Npp64fc pDst, int nLength)` 64-bit complex floating point signal add signal, then clamp to saturated value.
`static int`	`nppsAdd_64s_Sfs(long[] pSrc1, long[] pSrc2, long[] pDst, int nLength, int nScaleFactor)`
`static int`	`nppsAdd_64s_Sfs(LongBuffer pSrc1, LongBuffer pSrc2, LongBuffer pDst, int nLength, int nScaleFactor)`
`static int`	`nppsAdd_64s_Sfs(LongPointer pSrc1, LongPointer pSrc2, LongPointer pDst, int nLength, int nScaleFactor)` 64-bit signed integer add signal, scale, then clamp to saturated value.
`static int`	`nppsAdd_8u_ISfs(byte[] pSrc, byte[] pSrcDst, int nLength, int nScaleFactor)`
`static int`	`nppsAdd_8u_ISfs(ByteBuffer pSrc, ByteBuffer pSrcDst, int nLength, int nScaleFactor)`
`static int`	`nppsAdd_8u_ISfs(BytePointer pSrc, BytePointer pSrcDst, int nLength, int nScaleFactor)` 8-bit unsigned char in place signal add signal, with scaling, then clamp to saturated value.
`static int`	`nppsAdd_8u_Sfs(byte[] pSrc1, byte[] pSrc2, byte[] pDst, int nLength, int nScaleFactor)`
`static int`	`nppsAdd_8u_Sfs(ByteBuffer pSrc1, ByteBuffer pSrc2, ByteBuffer pDst, int nLength, int nScaleFactor)`
`static int`	`nppsAdd_8u_Sfs(BytePointer pSrc1, BytePointer pSrc2, BytePointer pDst, int nLength, int nScaleFactor)` 8-bit unsigned char add signal, scale, then clamp to saturated value.
`static int`	`nppsAdd_8u16u(byte[] pSrc1, byte[] pSrc2, short[] pDst, int nLength)`
`static int`	`nppsAdd_8u16u(ByteBuffer pSrc1, ByteBuffer pSrc2, ShortBuffer pDst, int nLength)`
`static int`	`nppsAdd_8u16u(BytePointer pSrc1, BytePointer pSrc2, ShortPointer pDst, int nLength)` 8-bit unsigned char signal add signal with 16-bit unsigned result, then clamp to saturated value.
`static int`	`nppsAddC_16s_ISfs(short nValue, short[] pSrcDst, int nLength, int nScaleFactor)`
`static int`	`nppsAddC_16s_ISfs(short nValue, ShortBuffer pSrcDst, int nLength, int nScaleFactor)`
`static int`	`nppsAddC_16s_ISfs(short nValue, ShortPointer pSrcDst, int nLength, int nScaleFactor)` 16-bit signed short in place signal add constant, scale, then clamp to saturated value.
`static int`	`nppsAddC_16s_Sfs(short[] pSrc, short nValue, short[] pDst, int nLength, int nScaleFactor)`
`static int`	`nppsAddC_16s_Sfs(ShortBuffer pSrc, short nValue, ShortBuffer pDst, int nLength, int nScaleFactor)`
`static int`	`nppsAddC_16s_Sfs(ShortPointer pSrc, short nValue, ShortPointer pDst, int nLength, int nScaleFactor)` 16-bit signed short signal add constant, scale, then clamp to saturated value.
`static int`	`nppsAddC_16sc_ISfs(nppc.Npp16sc nValue, nppc.Npp16sc pSrcDst, int nLength, int nScaleFactor)` 16-bit integer complex number (16 bit real, 16 bit imaginary)signal add constant, scale, then clamp to saturated value.
`static int`	`nppsAddC_16sc_Sfs(nppc.Npp16sc pSrc, nppc.Npp16sc nValue, nppc.Npp16sc pDst, int nLength, int nScaleFactor)` 16-bit integer complex number (16 bit real, 16 bit imaginary) signal add constant, scale, then clamp to saturated value.
`static int`	`nppsAddC_16u_ISfs(short nValue, short[] pSrcDst, int nLength, int nScaleFactor)`
`static int`	`nppsAddC_16u_ISfs(short nValue, ShortBuffer pSrcDst, int nLength, int nScaleFactor)`
`static int`	`nppsAddC_16u_ISfs(short nValue, ShortPointer pSrcDst, int nLength, int nScaleFactor)` 16-bit unsigned short in place signal add constant, scale, then clamp to saturated value.
`static int`	`nppsAddC_16u_Sfs(short[] pSrc, short nValue, short[] pDst, int nLength, int nScaleFactor)`
`static int`	`nppsAddC_16u_Sfs(ShortBuffer pSrc, short nValue, ShortBuffer pDst, int nLength, int nScaleFactor)`
`static int`	`nppsAddC_16u_Sfs(ShortPointer pSrc, short nValue, ShortPointer pDst, int nLength, int nScaleFactor)` 16-bit unsigned short vector add constant, scale, then clamp to saturated value.
`static int`	`nppsAddC_32f_I(float nValue, float[] pSrcDst, int nLength)`
`static int`	`nppsAddC_32f_I(float nValue, FloatBuffer pSrcDst, int nLength)`
`static int`	`nppsAddC_32f_I(float nValue, FloatPointer pSrcDst, int nLength)` 32-bit floating point in place signal add constant.
`static int`	`nppsAddC_32f(float[] pSrc, float nValue, float[] pDst, int nLength)`
`static int`	`nppsAddC_32f(FloatBuffer pSrc, float nValue, FloatBuffer pDst, int nLength)`
`static int`	`nppsAddC_32f(FloatPointer pSrc, float nValue, FloatPointer pDst, int nLength)` 32-bit floating point signal add constant.
`static int`	`nppsAddC_32fc_I(nppc.Npp32fc nValue, nppc.Npp32fc pSrcDst, int nLength)` 32-bit floating point complex number (32 bit real, 32 bit imaginary) in place signal add constant.
`static int`	`nppsAddC_32fc(nppc.Npp32fc pSrc, nppc.Npp32fc nValue, nppc.Npp32fc pDst, int nLength)` 32-bit floating point complex number (32 bit real, 32 bit imaginary) signal add constant.
`static int`	`nppsAddC_32s_ISfs(int nValue, int[] pSrcDst, int nLength, int nScaleFactor)`
`static int`	`nppsAddC_32s_ISfs(int nValue, IntBuffer pSrcDst, int nLength, int nScaleFactor)`
`static int`	`nppsAddC_32s_ISfs(int nValue, IntPointer pSrcDst, int nLength, int nScaleFactor)` 32-bit signed integer in place signal add constant and scale.
`static int`	`nppsAddC_32s_Sfs(int[] pSrc, int nValue, int[] pDst, int nLength, int nScaleFactor)`
`static int`	`nppsAddC_32s_Sfs(IntBuffer pSrc, int nValue, IntBuffer pDst, int nLength, int nScaleFactor)`
`static int`	`nppsAddC_32s_Sfs(IntPointer pSrc, int nValue, IntPointer pDst, int nLength, int nScaleFactor)` 32-bit signed integersignal add constant and scale.
`static int`	`nppsAddC_32sc_ISfs(nppc.Npp32sc nValue, nppc.Npp32sc pSrcDst, int nLength, int nScaleFactor)` 32-bit integer complex number (32 bit real, 32 bit imaginary) in place signal add constant and scale.
`static int`	`nppsAddC_32sc_Sfs(nppc.Npp32sc pSrc, nppc.Npp32sc nValue, nppc.Npp32sc pDst, int nLength, int nScaleFactor)` 32-bit integer complex number (32 bit real, 32 bit imaginary) signal add constant and scale.
`static int`	`nppsAddC_64f_I(double nValue, double[] pSrcDst, int nLength)`
`static int`	`nppsAddC_64f_I(double nValue, DoubleBuffer pSrcDst, int nLength)`
`static int`	`nppsAddC_64f_I(double nValue, DoublePointer pSrcDst, int nLength)` 64-bit floating point, in place signal add constant.
`static int`	`nppsAddC_64f(double[] pSrc, double nValue, double[] pDst, int nLength)`
`static int`	`nppsAddC_64f(DoubleBuffer pSrc, double nValue, DoubleBuffer pDst, int nLength)`
`static int`	`nppsAddC_64f(DoublePointer pSrc, double nValue, DoublePointer pDst, int nLength)` 64-bit floating pointsignal add constant.
`static int`	`nppsAddC_64fc_I(nppc.Npp64fc nValue, nppc.Npp64fc pSrcDst, int nLength)` 64-bit floating point complex number (64 bit real, 64 bit imaginary) in place signal add constant.
`static int`	`nppsAddC_64fc(nppc.Npp64fc pSrc, nppc.Npp64fc nValue, nppc.Npp64fc pDst, int nLength)` 64-bit floating point complex number (64 bit real, 64 bit imaginary) signal add constant.
`static int`	`nppsAddC_8u_ISfs(byte nValue, byte[] pSrcDst, int nLength, int nScaleFactor)`
`static int`	`nppsAddC_8u_ISfs(byte nValue, ByteBuffer pSrcDst, int nLength, int nScaleFactor)`
`static int`	`nppsAddC_8u_ISfs(byte nValue, BytePointer pSrcDst, int nLength, int nScaleFactor)` 8-bit unsigned char in place signal add constant, scale, then clamp to saturated value \param pSrcDst \ref in_place_signal_pointer.
`static int`	`nppsAddC_8u_Sfs(byte[] pSrc, byte nValue, byte[] pDst, int nLength, int nScaleFactor)`
`static int`	`nppsAddC_8u_Sfs(ByteBuffer pSrc, byte nValue, ByteBuffer pDst, int nLength, int nScaleFactor)`
`static int`	`nppsAddC_8u_Sfs(BytePointer pSrc, byte nValue, BytePointer pDst, int nLength, int nScaleFactor)` 8-bit unsigned charvector add constant, scale, then clamp to saturated value.
`static int`	`nppsAddProduct_16s_Sfs(short[] pSrc1, short[] pSrc2, short[] pDst, int nLength, int nScaleFactor)`
`static int`	`nppsAddProduct_16s_Sfs(ShortBuffer pSrc1, ShortBuffer pSrc2, ShortBuffer pDst, int nLength, int nScaleFactor)`
`static int`	`nppsAddProduct_16s_Sfs(ShortPointer pSrc1, ShortPointer pSrc2, ShortPointer pDst, int nLength, int nScaleFactor)` 16-bit signed short signal add product of source signal1 times source signal2 to destination signal, with scaling, then clamp to saturated value.
`static int`	`nppsAddProduct_16s32s_Sfs(short[] pSrc1, short[] pSrc2, int[] pDst, int nLength, int nScaleFactor)`
`static int`	`nppsAddProduct_16s32s_Sfs(ShortBuffer pSrc1, ShortBuffer pSrc2, IntBuffer pDst, int nLength, int nScaleFactor)`
`static int`	`nppsAddProduct_16s32s_Sfs(ShortPointer pSrc1, ShortPointer pSrc2, IntPointer pDst, int nLength, int nScaleFactor)` 16-bit signed short signal add product of source signal1 times source signal2 to 32-bit signed integer destination signal, with scaling, then clamp to saturated value.
`static int`	`nppsAddProduct_32f(float[] pSrc1, float[] pSrc2, float[] pDst, int nLength)`
`static int`	`nppsAddProduct_32f(FloatBuffer pSrc1, FloatBuffer pSrc2, FloatBuffer pDst, int nLength)`
`static int`	`nppsAddProduct_32f(FloatPointer pSrc1, FloatPointer pSrc2, FloatPointer pDst, int nLength)` 32-bit floating point signal add product of source signal times destination signal to destination signal, then clamp to saturated value.
`static int`	`nppsAddProduct_32fc(nppc.Npp32fc pSrc1, nppc.Npp32fc pSrc2, nppc.Npp32fc pDst, int nLength)` 32-bit complex floating point signal add product of source signal times destination signal to destination signal, then clamp to saturated value.
`static int`	`nppsAddProduct_32s_Sfs(int[] pSrc1, int[] pSrc2, int[] pDst, int nLength, int nScaleFactor)`
`static int`	`nppsAddProduct_32s_Sfs(IntBuffer pSrc1, IntBuffer pSrc2, IntBuffer pDst, int nLength, int nScaleFactor)`
`static int`	`nppsAddProduct_32s_Sfs(IntPointer pSrc1, IntPointer pSrc2, IntPointer pDst, int nLength, int nScaleFactor)` 32-bit signed short signal add product of source signal1 times source signal2 to destination signal, with scaling, then clamp to saturated value.
`static int`	`nppsAddProduct_64f(double[] pSrc1, double[] pSrc2, double[] pDst, int nLength)`
`static int`	`nppsAddProduct_64f(DoubleBuffer pSrc1, DoubleBuffer pSrc2, DoubleBuffer pDst, int nLength)`
`static int`	`nppsAddProduct_64f(DoublePointer pSrc1, DoublePointer pSrc2, DoublePointer pDst, int nLength)` 64-bit floating point signal add product of source signal times destination signal to destination signal, then clamp to saturated value.
`static int`	`nppsAddProduct_64fc(nppc.Npp64fc pSrc1, nppc.Npp64fc pSrc2, nppc.Npp64fc pDst, int nLength)` 64-bit complex floating point signal add product of source signal times destination signal to destination signal, then clamp to saturated value.
`static int`	`nppsAddProductC_32f(float[] pSrc, float nValue, float[] pDst, int nLength)`
`static int`	`nppsAddProductC_32f(FloatBuffer pSrc, float nValue, FloatBuffer pDst, int nLength)`
`static int`	`nppsAddProductC_32f(FloatPointer pSrc, float nValue, FloatPointer pDst, int nLength)` 32-bit floating point signal add product of signal times constant to destination signal.
`static int`	`nppsAnd_16u_I(short[] pSrc, short[] pSrcDst, int nLength)`
`static int`	`nppsAnd_16u_I(ShortBuffer pSrc, ShortBuffer pSrcDst, int nLength)`
`static int`	`nppsAnd_16u_I(ShortPointer pSrc, ShortPointer pSrcDst, int nLength)` 16-bit unsigned short in place signal and with signal.
`static int`	`nppsAnd_16u(short[] pSrc1, short[] pSrc2, short[] pDst, int nLength)`
`static int`	`nppsAnd_16u(ShortBuffer pSrc1, ShortBuffer pSrc2, ShortBuffer pDst, int nLength)`
`static int`	`nppsAnd_16u(ShortPointer pSrc1, ShortPointer pSrc2, ShortPointer pDst, int nLength)` 16-bit unsigned short signal and with signal.
`static int`	`nppsAnd_32u_I(int[] pSrc, int[] pSrcDst, int nLength)`
`static int`	`nppsAnd_32u_I(IntBuffer pSrc, IntBuffer pSrcDst, int nLength)`
`static int`	`nppsAnd_32u_I(IntPointer pSrc, IntPointer pSrcDst, int nLength)` 32-bit unsigned integer in place signal and with signal.
`static int`	`nppsAnd_32u(int[] pSrc1, int[] pSrc2, int[] pDst, int nLength)`
`static int`	`nppsAnd_32u(IntBuffer pSrc1, IntBuffer pSrc2, IntBuffer pDst, int nLength)`
`static int`	`nppsAnd_32u(IntPointer pSrc1, IntPointer pSrc2, IntPointer pDst, int nLength)` 32-bit unsigned integer signal and with signal.
`static int`	`nppsAnd_8u_I(byte[] pSrc, byte[] pSrcDst, int nLength)`
`static int`	`nppsAnd_8u_I(ByteBuffer pSrc, ByteBuffer pSrcDst, int nLength)`
`static int`	`nppsAnd_8u_I(BytePointer pSrc, BytePointer pSrcDst, int nLength)` 8-bit unsigned char in place signal and with signal.
`static int`	`nppsAnd_8u(byte[] pSrc1, byte[] pSrc2, byte[] pDst, int nLength)`
`static int`	`nppsAnd_8u(ByteBuffer pSrc1, ByteBuffer pSrc2, ByteBuffer pDst, int nLength)`
`static int`	`nppsAnd_8u(BytePointer pSrc1, BytePointer pSrc2, BytePointer pDst, int nLength)` 8-bit unsigned char signal and with signal.
`static int`	`nppsAndC_16u_I(short nValue, short[] pSrcDst, int nLength)`
`static int`	`nppsAndC_16u_I(short nValue, ShortBuffer pSrcDst, int nLength)`
`static int`	`nppsAndC_16u_I(short nValue, ShortPointer pSrcDst, int nLength)` 16-bit unsigned short in place signal and with constant.
`static int`	`nppsAndC_16u(short[] pSrc, short nValue, short[] pDst, int nLength)`
`static int`	`nppsAndC_16u(ShortBuffer pSrc, short nValue, ShortBuffer pDst, int nLength)`
`static int`	`nppsAndC_16u(ShortPointer pSrc, short nValue, ShortPointer pDst, int nLength)` 16-bit unsigned short signal and with constant.
`static int`	`nppsAndC_32u_I(int nValue, int[] pSrcDst, int nLength)`
`static int`	`nppsAndC_32u_I(int nValue, IntBuffer pSrcDst, int nLength)`
`static int`	`nppsAndC_32u_I(int nValue, IntPointer pSrcDst, int nLength)` 32-bit unsigned signed integer in place signal and with constant.
`static int`	`nppsAndC_32u(int[] pSrc, int nValue, int[] pDst, int nLength)`
`static int`	`nppsAndC_32u(IntBuffer pSrc, int nValue, IntBuffer pDst, int nLength)`
`static int`	`nppsAndC_32u(IntPointer pSrc, int nValue, IntPointer pDst, int nLength)` 32-bit unsigned integer signal and with constant.
`static int`	`nppsAndC_8u_I(byte nValue, byte[] pSrcDst, int nLength)`
`static int`	`nppsAndC_8u_I(byte nValue, ByteBuffer pSrcDst, int nLength)`
`static int`	`nppsAndC_8u_I(byte nValue, BytePointer pSrcDst, int nLength)` 8-bit unsigned char in place signal and with constant.
`static int`	`nppsAndC_8u(byte[] pSrc, byte nValue, byte[] pDst, int nLength)`
`static int`	`nppsAndC_8u(ByteBuffer pSrc, byte nValue, ByteBuffer pDst, int nLength)`
`static int`	`nppsAndC_8u(BytePointer pSrc, byte nValue, BytePointer pDst, int nLength)` 8-bit unsigned char signal and with constant.
`static int`	`nppsArctan_32f_I(float[] pSrcDst, int nLength)`
`static int`	`nppsArctan_32f_I(FloatBuffer pSrcDst, int nLength)`
`static int`	`nppsArctan_32f_I(FloatPointer pSrcDst, int nLength)` 32-bit floating point signal inverse tangent.
`static int`	`nppsArctan_32f(float[] pSrc, float[] pDst, int nLength)`
`static int`	`nppsArctan_32f(FloatBuffer pSrc, FloatBuffer pDst, int nLength)`
`static int`	`nppsArctan_32f(FloatPointer pSrc, FloatPointer pDst, int nLength)` 32-bit floating point signal inverse tangent.
`static int`	`nppsArctan_64f_I(double[] pSrcDst, int nLength)`
`static int`	`nppsArctan_64f_I(DoubleBuffer pSrcDst, int nLength)`
`static int`	`nppsArctan_64f_I(DoublePointer pSrcDst, int nLength)` 64-bit floating point signal inverse tangent.
`static int`	`nppsArctan_64f(double[] pSrc, double[] pDst, int nLength)`
`static int`	`nppsArctan_64f(DoubleBuffer pSrc, DoubleBuffer pDst, int nLength)`
`static int`	`nppsArctan_64f(DoublePointer pSrc, DoublePointer pDst, int nLength)` 64-bit floating point signal inverse tangent.
`static int`	`nppsAverageError_16s(short[] pSrc1, short[] pSrc2, int nLength, double[] pDst, byte[] pDeviceBuffer)`
`static int`	`nppsAverageError_16s(ShortBuffer pSrc1, ShortBuffer pSrc2, int nLength, DoubleBuffer pDst, ByteBuffer pDeviceBuffer)`
`static int`	`nppsAverageError_16s(ShortPointer pSrc1, ShortPointer pSrc2, int nLength, DoublePointer pDst, BytePointer pDeviceBuffer)` 16-bit signed short integer Average method.
`static int`	`nppsAverageError_16sc(nppc.Npp16sc pSrc1, nppc.Npp16sc pSrc2, int nLength, double[] pDst, byte[] pDeviceBuffer)`
`static int`	`nppsAverageError_16sc(nppc.Npp16sc pSrc1, nppc.Npp16sc pSrc2, int nLength, DoubleBuffer pDst, ByteBuffer pDeviceBuffer)`
`static int`	`nppsAverageError_16sc(nppc.Npp16sc pSrc1, nppc.Npp16sc pSrc2, int nLength, DoublePointer pDst, BytePointer pDeviceBuffer)` 16-bit unsigned short complex integer Average method.
`static int`	`nppsAverageError_16u(short[] pSrc1, short[] pSrc2, int nLength, double[] pDst, byte[] pDeviceBuffer)`
`static int`	`nppsAverageError_16u(ShortBuffer pSrc1, ShortBuffer pSrc2, int nLength, DoubleBuffer pDst, ByteBuffer pDeviceBuffer)`
`static int`	`nppsAverageError_16u(ShortPointer pSrc1, ShortPointer pSrc2, int nLength, DoublePointer pDst, BytePointer pDeviceBuffer)` 16-bit unsigned short integer Average method.
`static int`	`nppsAverageError_32f(float[] pSrc1, float[] pSrc2, int nLength, double[] pDst, byte[] pDeviceBuffer)`
`static int`	`nppsAverageError_32f(FloatBuffer pSrc1, FloatBuffer pSrc2, int nLength, DoubleBuffer pDst, ByteBuffer pDeviceBuffer)`
`static int`	`nppsAverageError_32f(FloatPointer pSrc1, FloatPointer pSrc2, int nLength, DoublePointer pDst, BytePointer pDeviceBuffer)` 32-bit floating point Average method.
`static int`	`nppsAverageError_32fc(nppc.Npp32fc pSrc1, nppc.Npp32fc pSrc2, int nLength, double[] pDst, byte[] pDeviceBuffer)`
`static int`	`nppsAverageError_32fc(nppc.Npp32fc pSrc1, nppc.Npp32fc pSrc2, int nLength, DoubleBuffer pDst, ByteBuffer pDeviceBuffer)`
`static int`	`nppsAverageError_32fc(nppc.Npp32fc pSrc1, nppc.Npp32fc pSrc2, int nLength, DoublePointer pDst, BytePointer pDeviceBuffer)` 32-bit floating point complex Average method.
`static int`	`nppsAverageError_32s(int[] pSrc1, int[] pSrc2, int nLength, double[] pDst, byte[] pDeviceBuffer)`
`static int`	`nppsAverageError_32s(IntBuffer pSrc1, IntBuffer pSrc2, int nLength, DoubleBuffer pDst, ByteBuffer pDeviceBuffer)`
`static int`	`nppsAverageError_32s(IntPointer pSrc1, IntPointer pSrc2, int nLength, DoublePointer pDst, BytePointer pDeviceBuffer)` 32-bit signed short integer Average method.
`static int`	`nppsAverageError_32sc(nppc.Npp32sc pSrc1, nppc.Npp32sc pSrc2, int nLength, double[] pDst, byte[] pDeviceBuffer)`
`static int`	`nppsAverageError_32sc(nppc.Npp32sc pSrc1, nppc.Npp32sc pSrc2, int nLength, DoubleBuffer pDst, ByteBuffer pDeviceBuffer)`
`static int`	`nppsAverageError_32sc(nppc.Npp32sc pSrc1, nppc.Npp32sc pSrc2, int nLength, DoublePointer pDst, BytePointer pDeviceBuffer)` 32-bit unsigned short complex integer Average method.
`static int`	`nppsAverageError_32u(int[] pSrc1, int[] pSrc2, int nLength, double[] pDst, byte[] pDeviceBuffer)`
`static int`	`nppsAverageError_32u(IntBuffer pSrc1, IntBuffer pSrc2, int nLength, DoubleBuffer pDst, ByteBuffer pDeviceBuffer)`
`static int`	`nppsAverageError_32u(IntPointer pSrc1, IntPointer pSrc2, int nLength, DoublePointer pDst, BytePointer pDeviceBuffer)` 32-bit unsigned short integer Average method.
`static int`	`nppsAverageError_64f(double[] pSrc1, double[] pSrc2, int nLength, double[] pDst, byte[] pDeviceBuffer)`
`static int`	`nppsAverageError_64f(DoubleBuffer pSrc1, DoubleBuffer pSrc2, int nLength, DoubleBuffer pDst, ByteBuffer pDeviceBuffer)`
`static int`	`nppsAverageError_64f(DoublePointer pSrc1, DoublePointer pSrc2, int nLength, DoublePointer pDst, BytePointer pDeviceBuffer)` 64-bit floating point Average method.
`static int`	`nppsAverageError_64fc(nppc.Npp64fc pSrc1, nppc.Npp64fc pSrc2, int nLength, double[] pDst, byte[] pDeviceBuffer)`
`static int`	`nppsAverageError_64fc(nppc.Npp64fc pSrc1, nppc.Npp64fc pSrc2, int nLength, DoubleBuffer pDst, ByteBuffer pDeviceBuffer)`
`static int`	`nppsAverageError_64fc(nppc.Npp64fc pSrc1, nppc.Npp64fc pSrc2, int nLength, DoublePointer pDst, BytePointer pDeviceBuffer)` 64-bit floating point complex Average method.
`static int`	`nppsAverageError_64s(long[] pSrc1, long[] pSrc2, int nLength, double[] pDst, byte[] pDeviceBuffer)`
`static int`	`nppsAverageError_64s(LongBuffer pSrc1, LongBuffer pSrc2, int nLength, DoubleBuffer pDst, ByteBuffer pDeviceBuffer)`
`static int`	`nppsAverageError_64s(LongPointer pSrc1, LongPointer pSrc2, int nLength, DoublePointer pDst, BytePointer pDeviceBuffer)` 64-bit signed short integer Average method.
`static int`	`nppsAverageError_64sc(nppc.Npp64sc pSrc1, nppc.Npp64sc pSrc2, int nLength, double[] pDst, byte[] pDeviceBuffer)`
`static int`	`nppsAverageError_64sc(nppc.Npp64sc pSrc1, nppc.Npp64sc pSrc2, int nLength, DoubleBuffer pDst, ByteBuffer pDeviceBuffer)`
`static int`	`nppsAverageError_64sc(nppc.Npp64sc pSrc1, nppc.Npp64sc pSrc2, int nLength, DoublePointer pDst, BytePointer pDeviceBuffer)` 64-bit unsigned short complex integer Average method.
`static int`	`nppsAverageError_8s(byte[] pSrc1, byte[] pSrc2, int nLength, double[] pDst, byte[] pDeviceBuffer)`
`static int`	`nppsAverageError_8s(ByteBuffer pSrc1, ByteBuffer pSrc2, int nLength, DoubleBuffer pDst, ByteBuffer pDeviceBuffer)`
`static int`	`nppsAverageError_8s(BytePointer pSrc1, BytePointer pSrc2, int nLength, DoublePointer pDst, BytePointer pDeviceBuffer)` 8-bit signed char Average method.
`static int`	`nppsAverageError_8u(byte[] pSrc1, byte[] pSrc2, int nLength, double[] pDst, byte[] pDeviceBuffer)`
`static int`	`nppsAverageError_8u(ByteBuffer pSrc1, ByteBuffer pSrc2, int nLength, DoubleBuffer pDst, ByteBuffer pDeviceBuffer)`
`static int`	`nppsAverageError_8u(BytePointer pSrc1, BytePointer pSrc2, int nLength, DoublePointer pDst, BytePointer pDeviceBuffer)` 8-bit unsigned char Average method.
`static int`	`nppsAverageErrorGetBufferSize_16s(int nLength, int[] hpBufferSize)`
`static int`	`nppsAverageErrorGetBufferSize_16s(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsAverageErrorGetBufferSize_16s(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsAverageError_16s.
`static int`	`nppsAverageErrorGetBufferSize_16sc(int nLength, int[] hpBufferSize)`
`static int`	`nppsAverageErrorGetBufferSize_16sc(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsAverageErrorGetBufferSize_16sc(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsAverageError_16sc.
`static int`	`nppsAverageErrorGetBufferSize_16u(int nLength, int[] hpBufferSize)`
`static int`	`nppsAverageErrorGetBufferSize_16u(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsAverageErrorGetBufferSize_16u(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsAverageError_16u.
`static int`	`nppsAverageErrorGetBufferSize_32f(int nLength, int[] hpBufferSize)`
`static int`	`nppsAverageErrorGetBufferSize_32f(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsAverageErrorGetBufferSize_32f(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsAverageError_32f.
`static int`	`nppsAverageErrorGetBufferSize_32fc(int nLength, int[] hpBufferSize)`
`static int`	`nppsAverageErrorGetBufferSize_32fc(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsAverageErrorGetBufferSize_32fc(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsAverageError_32fc.
`static int`	`nppsAverageErrorGetBufferSize_32s(int nLength, int[] hpBufferSize)`
`static int`	`nppsAverageErrorGetBufferSize_32s(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsAverageErrorGetBufferSize_32s(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsAverageError_32s.
`static int`	`nppsAverageErrorGetBufferSize_32sc(int nLength, int[] hpBufferSize)`
`static int`	`nppsAverageErrorGetBufferSize_32sc(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsAverageErrorGetBufferSize_32sc(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsAverageError_32sc.
`static int`	`nppsAverageErrorGetBufferSize_32u(int nLength, int[] hpBufferSize)`
`static int`	`nppsAverageErrorGetBufferSize_32u(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsAverageErrorGetBufferSize_32u(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsAverageError_32u.
`static int`	`nppsAverageErrorGetBufferSize_64f(int nLength, int[] hpBufferSize)`
`static int`	`nppsAverageErrorGetBufferSize_64f(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsAverageErrorGetBufferSize_64f(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsAverageError_64f.
`static int`	`nppsAverageErrorGetBufferSize_64fc(int nLength, int[] hpBufferSize)`
`static int`	`nppsAverageErrorGetBufferSize_64fc(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsAverageErrorGetBufferSize_64fc(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsAverageError_64fc.
`static int`	`nppsAverageErrorGetBufferSize_64s(int nLength, int[] hpBufferSize)`
`static int`	`nppsAverageErrorGetBufferSize_64s(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsAverageErrorGetBufferSize_64s(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsAverageError_64s.
`static int`	`nppsAverageErrorGetBufferSize_64sc(int nLength, int[] hpBufferSize)`
`static int`	`nppsAverageErrorGetBufferSize_64sc(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsAverageErrorGetBufferSize_64sc(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsAverageError_64sc.
`static int`	`nppsAverageErrorGetBufferSize_8s(int nLength, int[] hpBufferSize)`
`static int`	`nppsAverageErrorGetBufferSize_8s(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsAverageErrorGetBufferSize_8s(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsAverageError_8s.
`static int`	`nppsAverageErrorGetBufferSize_8u(int nLength, int[] hpBufferSize)`
`static int`	`nppsAverageErrorGetBufferSize_8u(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsAverageErrorGetBufferSize_8u(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsAverageError_8u.
`static int`	`nppsAverageRelativeError_16s(short[] pSrc1, short[] pSrc2, int nLength, double[] pDst, byte[] pDeviceBuffer)`
`static int`	`nppsAverageRelativeError_16s(ShortBuffer pSrc1, ShortBuffer pSrc2, int nLength, DoubleBuffer pDst, ByteBuffer pDeviceBuffer)`
`static int`	`nppsAverageRelativeError_16s(ShortPointer pSrc1, ShortPointer pSrc2, int nLength, DoublePointer pDst, BytePointer pDeviceBuffer)` 16-bit signed short integer AverageRelative method.
`static int`	`nppsAverageRelativeError_16sc(nppc.Npp16sc pSrc1, nppc.Npp16sc pSrc2, int nLength, double[] pDst, byte[] pDeviceBuffer)`
`static int`	`nppsAverageRelativeError_16sc(nppc.Npp16sc pSrc1, nppc.Npp16sc pSrc2, int nLength, DoubleBuffer pDst, ByteBuffer pDeviceBuffer)`
`static int`	`nppsAverageRelativeError_16sc(nppc.Npp16sc pSrc1, nppc.Npp16sc pSrc2, int nLength, DoublePointer pDst, BytePointer pDeviceBuffer)` 16-bit unsigned short complex integer AverageRelative method.
`static int`	`nppsAverageRelativeError_16u(short[] pSrc1, short[] pSrc2, int nLength, double[] pDst, byte[] pDeviceBuffer)`
`static int`	`nppsAverageRelativeError_16u(ShortBuffer pSrc1, ShortBuffer pSrc2, int nLength, DoubleBuffer pDst, ByteBuffer pDeviceBuffer)`
`static int`	`nppsAverageRelativeError_16u(ShortPointer pSrc1, ShortPointer pSrc2, int nLength, DoublePointer pDst, BytePointer pDeviceBuffer)` 16-bit unsigned short integer AverageRelative method.
`static int`	`nppsAverageRelativeError_32f(float[] pSrc1, float[] pSrc2, int nLength, double[] pDst, byte[] pDeviceBuffer)`
`static int`	`nppsAverageRelativeError_32f(FloatBuffer pSrc1, FloatBuffer pSrc2, int nLength, DoubleBuffer pDst, ByteBuffer pDeviceBuffer)`
`static int`	`nppsAverageRelativeError_32f(FloatPointer pSrc1, FloatPointer pSrc2, int nLength, DoublePointer pDst, BytePointer pDeviceBuffer)` 32-bit floating point AverageRelative method.
`static int`	`nppsAverageRelativeError_32fc(nppc.Npp32fc pSrc1, nppc.Npp32fc pSrc2, int nLength, double[] pDst, byte[] pDeviceBuffer)`
`static int`	`nppsAverageRelativeError_32fc(nppc.Npp32fc pSrc1, nppc.Npp32fc pSrc2, int nLength, DoubleBuffer pDst, ByteBuffer pDeviceBuffer)`
`static int`	`nppsAverageRelativeError_32fc(nppc.Npp32fc pSrc1, nppc.Npp32fc pSrc2, int nLength, DoublePointer pDst, BytePointer pDeviceBuffer)` 32-bit floating point complex AverageRelative method.
`static int`	`nppsAverageRelativeError_32s(int[] pSrc1, int[] pSrc2, int nLength, double[] pDst, byte[] pDeviceBuffer)`
`static int`	`nppsAverageRelativeError_32s(IntBuffer pSrc1, IntBuffer pSrc2, int nLength, DoubleBuffer pDst, ByteBuffer pDeviceBuffer)`
`static int`	`nppsAverageRelativeError_32s(IntPointer pSrc1, IntPointer pSrc2, int nLength, DoublePointer pDst, BytePointer pDeviceBuffer)` 32-bit signed short integer AverageRelative method.
`static int`	`nppsAverageRelativeError_32sc(nppc.Npp32sc pSrc1, nppc.Npp32sc pSrc2, int nLength, double[] pDst, byte[] pDeviceBuffer)`
`static int`	`nppsAverageRelativeError_32sc(nppc.Npp32sc pSrc1, nppc.Npp32sc pSrc2, int nLength, DoubleBuffer pDst, ByteBuffer pDeviceBuffer)`
`static int`	`nppsAverageRelativeError_32sc(nppc.Npp32sc pSrc1, nppc.Npp32sc pSrc2, int nLength, DoublePointer pDst, BytePointer pDeviceBuffer)` 32-bit unsigned short complex integer AverageRelative method.
`static int`	`nppsAverageRelativeError_32u(int[] pSrc1, int[] pSrc2, int nLength, double[] pDst, byte[] pDeviceBuffer)`
`static int`	`nppsAverageRelativeError_32u(IntBuffer pSrc1, IntBuffer pSrc2, int nLength, DoubleBuffer pDst, ByteBuffer pDeviceBuffer)`
`static int`	`nppsAverageRelativeError_32u(IntPointer pSrc1, IntPointer pSrc2, int nLength, DoublePointer pDst, BytePointer pDeviceBuffer)` 32-bit unsigned short integer AverageRelative method.
`static int`	`nppsAverageRelativeError_64f(double[] pSrc1, double[] pSrc2, int nLength, double[] pDst, byte[] pDeviceBuffer)`
`static int`	`nppsAverageRelativeError_64f(DoubleBuffer pSrc1, DoubleBuffer pSrc2, int nLength, DoubleBuffer pDst, ByteBuffer pDeviceBuffer)`
`static int`	`nppsAverageRelativeError_64f(DoublePointer pSrc1, DoublePointer pSrc2, int nLength, DoublePointer pDst, BytePointer pDeviceBuffer)` 64-bit floating point AverageRelative method.
`static int`	`nppsAverageRelativeError_64fc(nppc.Npp64fc pSrc1, nppc.Npp64fc pSrc2, int nLength, double[] pDst, byte[] pDeviceBuffer)`
`static int`	`nppsAverageRelativeError_64fc(nppc.Npp64fc pSrc1, nppc.Npp64fc pSrc2, int nLength, DoubleBuffer pDst, ByteBuffer pDeviceBuffer)`
`static int`	`nppsAverageRelativeError_64fc(nppc.Npp64fc pSrc1, nppc.Npp64fc pSrc2, int nLength, DoublePointer pDst, BytePointer pDeviceBuffer)` 64-bit floating point complex AverageRelative method.
`static int`	`nppsAverageRelativeError_64s(long[] pSrc1, long[] pSrc2, int nLength, double[] pDst, byte[] pDeviceBuffer)`
`static int`	`nppsAverageRelativeError_64s(LongBuffer pSrc1, LongBuffer pSrc2, int nLength, DoubleBuffer pDst, ByteBuffer pDeviceBuffer)`
`static int`	`nppsAverageRelativeError_64s(LongPointer pSrc1, LongPointer pSrc2, int nLength, DoublePointer pDst, BytePointer pDeviceBuffer)` 64-bit signed short integer AverageRelative method.
`static int`	`nppsAverageRelativeError_64sc(nppc.Npp64sc pSrc1, nppc.Npp64sc pSrc2, int nLength, double[] pDst, byte[] pDeviceBuffer)`
`static int`	`nppsAverageRelativeError_64sc(nppc.Npp64sc pSrc1, nppc.Npp64sc pSrc2, int nLength, DoubleBuffer pDst, ByteBuffer pDeviceBuffer)`
`static int`	`nppsAverageRelativeError_64sc(nppc.Npp64sc pSrc1, nppc.Npp64sc pSrc2, int nLength, DoublePointer pDst, BytePointer pDeviceBuffer)` 64-bit unsigned short complex integer AverageRelative method.
`static int`	`nppsAverageRelativeError_8s(byte[] pSrc1, byte[] pSrc2, int nLength, double[] pDst, byte[] pDeviceBuffer)`
`static int`	`nppsAverageRelativeError_8s(ByteBuffer pSrc1, ByteBuffer pSrc2, int nLength, DoubleBuffer pDst, ByteBuffer pDeviceBuffer)`
`static int`	`nppsAverageRelativeError_8s(BytePointer pSrc1, BytePointer pSrc2, int nLength, DoublePointer pDst, BytePointer pDeviceBuffer)` 8-bit signed char AverageRelative method.
`static int`	`nppsAverageRelativeError_8u(byte[] pSrc1, byte[] pSrc2, int nLength, double[] pDst, byte[] pDeviceBuffer)`
`static int`	`nppsAverageRelativeError_8u(ByteBuffer pSrc1, ByteBuffer pSrc2, int nLength, DoubleBuffer pDst, ByteBuffer pDeviceBuffer)`
`static int`	`nppsAverageRelativeError_8u(BytePointer pSrc1, BytePointer pSrc2, int nLength, DoublePointer pDst, BytePointer pDeviceBuffer)` 8-bit unsigned char AverageRelative method.
`static int`	`nppsAverageRelativeErrorGetBufferSize_16s(int nLength, int[] hpBufferSize)`
`static int`	`nppsAverageRelativeErrorGetBufferSize_16s(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsAverageRelativeErrorGetBufferSize_16s(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsAverageRelativeError_16s.
`static int`	`nppsAverageRelativeErrorGetBufferSize_16sc(int nLength, int[] hpBufferSize)`
`static int`	`nppsAverageRelativeErrorGetBufferSize_16sc(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsAverageRelativeErrorGetBufferSize_16sc(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsAverageRelativeError_16sc.
`static int`	`nppsAverageRelativeErrorGetBufferSize_16u(int nLength, int[] hpBufferSize)`
`static int`	`nppsAverageRelativeErrorGetBufferSize_16u(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsAverageRelativeErrorGetBufferSize_16u(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsAverageRelativeError_16u.
`static int`	`nppsAverageRelativeErrorGetBufferSize_32f(int nLength, int[] hpBufferSize)`
`static int`	`nppsAverageRelativeErrorGetBufferSize_32f(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsAverageRelativeErrorGetBufferSize_32f(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsAverageRelativeError_32f.
`static int`	`nppsAverageRelativeErrorGetBufferSize_32fc(int nLength, int[] hpBufferSize)`
`static int`	`nppsAverageRelativeErrorGetBufferSize_32fc(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsAverageRelativeErrorGetBufferSize_32fc(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsAverageRelativeError_32fc.
`static int`	`nppsAverageRelativeErrorGetBufferSize_32s(int nLength, int[] hpBufferSize)`
`static int`	`nppsAverageRelativeErrorGetBufferSize_32s(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsAverageRelativeErrorGetBufferSize_32s(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsAverageRelativeError_32s.
`static int`	`nppsAverageRelativeErrorGetBufferSize_32sc(int nLength, int[] hpBufferSize)`
`static int`	`nppsAverageRelativeErrorGetBufferSize_32sc(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsAverageRelativeErrorGetBufferSize_32sc(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsAverageRelativeError_32sc.
`static int`	`nppsAverageRelativeErrorGetBufferSize_32u(int nLength, int[] hpBufferSize)`
`static int`	`nppsAverageRelativeErrorGetBufferSize_32u(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsAverageRelativeErrorGetBufferSize_32u(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsAverageRelativeError_32u.
`static int`	`nppsAverageRelativeErrorGetBufferSize_64f(int nLength, int[] hpBufferSize)`
`static int`	`nppsAverageRelativeErrorGetBufferSize_64f(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsAverageRelativeErrorGetBufferSize_64f(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsAverageRelativeError_64f.
`static int`	`nppsAverageRelativeErrorGetBufferSize_64fc(int nLength, int[] hpBufferSize)`
`static int`	`nppsAverageRelativeErrorGetBufferSize_64fc(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsAverageRelativeErrorGetBufferSize_64fc(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsAverageRelativeError_64fc.
`static int`	`nppsAverageRelativeErrorGetBufferSize_64s(int nLength, int[] hpBufferSize)`
`static int`	`nppsAverageRelativeErrorGetBufferSize_64s(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsAverageRelativeErrorGetBufferSize_64s(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsAverageRelativeError_64s.
`static int`	`nppsAverageRelativeErrorGetBufferSize_64sc(int nLength, int[] hpBufferSize)`
`static int`	`nppsAverageRelativeErrorGetBufferSize_64sc(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsAverageRelativeErrorGetBufferSize_64sc(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsAverageRelativeError_64sc.
`static int`	`nppsAverageRelativeErrorGetBufferSize_8s(int nLength, int[] hpBufferSize)`
`static int`	`nppsAverageRelativeErrorGetBufferSize_8s(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsAverageRelativeErrorGetBufferSize_8s(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsAverageRelativeError_8s.
`static int`	`nppsAverageRelativeErrorGetBufferSize_8u(int nLength, int[] hpBufferSize)`
`static int`	`nppsAverageRelativeErrorGetBufferSize_8u(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsAverageRelativeErrorGetBufferSize_8u(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsAverageRelativeError_8u.
`static int`	`nppsCauchy_32f_I(float[] pSrcDst, int nLength, float nParam)`
`static int`	`nppsCauchy_32f_I(FloatBuffer pSrcDst, int nLength, float nParam)`
`static int`	`nppsCauchy_32f_I(FloatPointer pSrcDst, int nLength, float nParam)` 32-bit floating point signal Cauchy error calculation.
`static int`	`nppsCauchyD_32f_I(float[] pSrcDst, int nLength, float nParam)`
`static int`	`nppsCauchyD_32f_I(FloatBuffer pSrcDst, int nLength, float nParam)`
`static int`	`nppsCauchyD_32f_I(FloatPointer pSrcDst, int nLength, float nParam)` 32-bit floating point signal Cauchy first derivative.
`static int`	`nppsCauchyDD2_32f_I(float[] pSrcDst, float[] pD2FVal, int nLength, float nParam)`
`static int`	`nppsCauchyDD2_32f_I(FloatBuffer pSrcDst, FloatBuffer pD2FVal, int nLength, float nParam)`
`static int`	`nppsCauchyDD2_32f_I(FloatPointer pSrcDst, FloatPointer pD2FVal, int nLength, float nParam)` 32-bit floating point signal Cauchy first and second derivatives.
`static int`	`nppsConvert_16s32f_Sfs(short[] pSrc, float[] pDst, int nLength, int nScaleFactor)`
`static int`	`nppsConvert_16s32f_Sfs(ShortBuffer pSrc, FloatBuffer pDst, int nLength, int nScaleFactor)`
`static int`	`nppsConvert_16s32f_Sfs(ShortPointer pSrc, FloatPointer pDst, int nLength, int nScaleFactor)`
`static int`	`nppsConvert_16s32f(short[] pSrc, float[] pDst, int nLength)`
`static int`	`nppsConvert_16s32f(ShortBuffer pSrc, FloatBuffer pDst, int nLength)`
`static int`	`nppsConvert_16s32f(ShortPointer pSrc, FloatPointer pDst, int nLength)`
`static int`	`nppsConvert_16s32s(short[] pSrc, int[] pDst, int nLength)`
`static int`	`nppsConvert_16s32s(ShortBuffer pSrc, IntBuffer pDst, int nLength)`
`static int`	`nppsConvert_16s32s(ShortPointer pSrc, IntPointer pDst, int nLength)`
`static int`	`nppsConvert_16s64f_Sfs(short[] pSrc, double[] pDst, int nLength, int nScaleFactor)`
`static int`	`nppsConvert_16s64f_Sfs(ShortBuffer pSrc, DoubleBuffer pDst, int nLength, int nScaleFactor)`
`static int`	`nppsConvert_16s64f_Sfs(ShortPointer pSrc, DoublePointer pDst, int nLength, int nScaleFactor)`
`static int`	`nppsConvert_16s8s_Sfs(short[] pSrc, byte[] pDst, int nLength, int eRoundMode, int nScaleFactor)`
`static int`	`nppsConvert_16s8s_Sfs(ShortBuffer pSrc, ByteBuffer pDst, int nLength, int eRoundMode, int nScaleFactor)`
`static int`	`nppsConvert_16s8s_Sfs(ShortPointer pSrc, BytePointer pDst, int nLength, int eRoundMode, int nScaleFactor)`
`static int`	`nppsConvert_16u32f(short[] pSrc, float[] pDst, int nLength)`
`static int`	`nppsConvert_16u32f(ShortBuffer pSrc, FloatBuffer pDst, int nLength)`
`static int`	`nppsConvert_16u32f(ShortPointer pSrc, FloatPointer pDst, int nLength)`
`static int`	`nppsConvert_32f16s_Sfs(float[] pSrc, short[] pDst, int nLength, int eRoundMode, int nScaleFactor)`
`static int`	`nppsConvert_32f16s_Sfs(FloatBuffer pSrc, ShortBuffer pDst, int nLength, int eRoundMode, int nScaleFactor)`
`static int`	`nppsConvert_32f16s_Sfs(FloatPointer pSrc, ShortPointer pDst, int nLength, int eRoundMode, int nScaleFactor)`
`static int`	`nppsConvert_32f16u_Sfs(float[] pSrc, short[] pDst, int nLength, int eRoundMode, int nScaleFactor)`
`static int`	`nppsConvert_32f16u_Sfs(FloatBuffer pSrc, ShortBuffer pDst, int nLength, int eRoundMode, int nScaleFactor)`
`static int`	`nppsConvert_32f16u_Sfs(FloatPointer pSrc, ShortPointer pDst, int nLength, int eRoundMode, int nScaleFactor)`
`static int`	`nppsConvert_32f32s_Sfs(float[] pSrc, int[] pDst, int nLength, int eRoundMode, int nScaleFactor)`
`static int`	`nppsConvert_32f32s_Sfs(FloatBuffer pSrc, IntBuffer pDst, int nLength, int eRoundMode, int nScaleFactor)`
`static int`	`nppsConvert_32f32s_Sfs(FloatPointer pSrc, IntPointer pDst, int nLength, int eRoundMode, int nScaleFactor)`
`static int`	`nppsConvert_32f64f(float[] pSrc, double[] pDst, int nLength)`
`static int`	`nppsConvert_32f64f(FloatBuffer pSrc, DoubleBuffer pDst, int nLength)`
`static int`	`nppsConvert_32f64f(FloatPointer pSrc, DoublePointer pDst, int nLength)`
`static int`	`nppsConvert_32f8s_Sfs(float[] pSrc, byte[] pDst, int nLength, int eRoundMode, int nScaleFactor)`
`static int`	`nppsConvert_32f8s_Sfs(FloatBuffer pSrc, ByteBuffer pDst, int nLength, int eRoundMode, int nScaleFactor)`
`static int`	`nppsConvert_32f8s_Sfs(FloatPointer pSrc, BytePointer pDst, int nLength, int eRoundMode, int nScaleFactor)`
`static int`	`nppsConvert_32f8u_Sfs(float[] pSrc, byte[] pDst, int nLength, int eRoundMode, int nScaleFactor)`
`static int`	`nppsConvert_32f8u_Sfs(FloatBuffer pSrc, ByteBuffer pDst, int nLength, int eRoundMode, int nScaleFactor)`
`static int`	`nppsConvert_32f8u_Sfs(FloatPointer pSrc, BytePointer pDst, int nLength, int eRoundMode, int nScaleFactor)`
`static int`	`nppsConvert_32s16s_Sfs(int[] pSrc, short[] pDst, int nLength, int nScaleFactor)`
`static int`	`nppsConvert_32s16s_Sfs(IntBuffer pSrc, ShortBuffer pDst, int nLength, int nScaleFactor)`
`static int`	`nppsConvert_32s16s_Sfs(IntPointer pSrc, ShortPointer pDst, int nLength, int nScaleFactor)`
`static int`	`nppsConvert_32s16s(int[] pSrc, short[] pDst, int nLength)`
`static int`	`nppsConvert_32s16s(IntBuffer pSrc, ShortBuffer pDst, int nLength)`
`static int`	`nppsConvert_32s16s(IntPointer pSrc, ShortPointer pDst, int nLength)`
`static int`	`nppsConvert_32s32f_Sfs(int[] pSrc, float[] pDst, int nLength, int nScaleFactor)`
`static int`	`nppsConvert_32s32f_Sfs(IntBuffer pSrc, FloatBuffer pDst, int nLength, int nScaleFactor)`
`static int`	`nppsConvert_32s32f_Sfs(IntPointer pSrc, FloatPointer pDst, int nLength, int nScaleFactor)`
`static int`	`nppsConvert_32s32f(int[] pSrc, float[] pDst, int nLength)`
`static int`	`nppsConvert_32s32f(IntBuffer pSrc, FloatBuffer pDst, int nLength)`
`static int`	`nppsConvert_32s32f(IntPointer pSrc, FloatPointer pDst, int nLength)`
`static int`	`nppsConvert_32s64f_Sfs(int[] pSrc, double[] pDst, int nLength, int nScaleFactor)`
`static int`	`nppsConvert_32s64f_Sfs(IntBuffer pSrc, DoubleBuffer pDst, int nLength, int nScaleFactor)`
`static int`	`nppsConvert_32s64f_Sfs(IntPointer pSrc, DoublePointer pDst, int nLength, int nScaleFactor)`
`static int`	`nppsConvert_32s64f(int[] pSrc, double[] pDst, int nLength)`
`static int`	`nppsConvert_32s64f(IntBuffer pSrc, DoubleBuffer pDst, int nLength)`
`static int`	`nppsConvert_32s64f(IntPointer pSrc, DoublePointer pDst, int nLength)`
`static int`	`nppsConvert_64f16s_Sfs(double[] pSrc, short[] pDst, int nLength, int eRoundMode, int nScaleFactor)`
`static int`	`nppsConvert_64f16s_Sfs(DoubleBuffer pSrc, ShortBuffer pDst, int nLength, int eRoundMode, int nScaleFactor)`
`static int`	`nppsConvert_64f16s_Sfs(DoublePointer pSrc, ShortPointer pDst, int nLength, int eRoundMode, int nScaleFactor)`
`static int`	`nppsConvert_64f32f(double[] pSrc, float[] pDst, int nLength)`
`static int`	`nppsConvert_64f32f(DoubleBuffer pSrc, FloatBuffer pDst, int nLength)`
`static int`	`nppsConvert_64f32f(DoublePointer pSrc, FloatPointer pDst, int nLength)`
`static int`	`nppsConvert_64f32s_Sfs(double[] pSrc, int[] pDst, int nLength, int eRoundMode, int nScaleFactor)`
`static int`	`nppsConvert_64f32s_Sfs(DoubleBuffer pSrc, IntBuffer pDst, int nLength, int eRoundMode, int nScaleFactor)`
`static int`	`nppsConvert_64f32s_Sfs(DoublePointer pSrc, IntPointer pDst, int nLength, int eRoundMode, int nScaleFactor)`
`static int`	`nppsConvert_64f64s_Sfs(double[] pSrc, long[] pDst, int nLength, int eRoundMode, int nScaleFactor)`
`static int`	`nppsConvert_64f64s_Sfs(DoubleBuffer pSrc, LongBuffer pDst, int nLength, int eRoundMode, int nScaleFactor)`
`static int`	`nppsConvert_64f64s_Sfs(DoublePointer pSrc, LongPointer pDst, int nLength, int eRoundMode, int nScaleFactor)`
`static int`	`nppsConvert_64s32s_Sfs(long[] pSrc, int[] pDst, int nLength, int eRoundMode, int nScaleFactor)`
`static int`	`nppsConvert_64s32s_Sfs(LongBuffer pSrc, IntBuffer pDst, int nLength, int eRoundMode, int nScaleFactor)`
`static int`	`nppsConvert_64s32s_Sfs(LongPointer pSrc, IntPointer pDst, int nLength, int eRoundMode, int nScaleFactor)`
`static int`	`nppsConvert_64s64f(long[] pSrc, double[] pDst, int nLength)`
`static int`	`nppsConvert_64s64f(LongBuffer pSrc, DoubleBuffer pDst, int nLength)`
`static int`	`nppsConvert_64s64f(LongPointer pSrc, DoublePointer pDst, int nLength)`
`static int`	`nppsConvert_8s16s(byte[] pSrc, short[] pDst, int nLength)`
`static int`	`nppsConvert_8s16s(ByteBuffer pSrc, ShortBuffer pDst, int nLength)`
`static int`	`nppsConvert_8s16s(BytePointer pSrc, ShortPointer pDst, int nLength)`
`static int`	`nppsConvert_8s32f(byte[] pSrc, float[] pDst, int nLength)`
`static int`	`nppsConvert_8s32f(ByteBuffer pSrc, FloatBuffer pDst, int nLength)`
`static int`	`nppsConvert_8s32f(BytePointer pSrc, FloatPointer pDst, int nLength)`
`static int`	`nppsConvert_8u32f(byte[] pSrc, float[] pDst, int nLength)`
`static int`	`nppsConvert_8u32f(ByteBuffer pSrc, FloatBuffer pDst, int nLength)`
`static int`	`nppsConvert_8u32f(BytePointer pSrc, FloatPointer pDst, int nLength)`
`static int`	`nppsCopy_16s(short[] pSrc, short[] pDst, int nLength)`
`static int`	`nppsCopy_16s(ShortBuffer pSrc, ShortBuffer pDst, int nLength)`
`static int`	`nppsCopy_16s(ShortPointer pSrc, ShortPointer pDst, int nLength)` 16-bit signed short, vector copy method.
`static int`	`nppsCopy_16sc(nppc.Npp16sc pSrc, nppc.Npp16sc pDst, int nLength)` 16-bit complex short, vector copy method.
`static int`	`nppsCopy_32f(float[] pSrc, float[] pDst, int nLength)`
`static int`	`nppsCopy_32f(FloatBuffer pSrc, FloatBuffer pDst, int nLength)`
`static int`	`nppsCopy_32f(FloatPointer pSrc, FloatPointer pDst, int nLength)` 32-bit float, vector copy method.
`static int`	`nppsCopy_32fc(nppc.Npp32fc pSrc, nppc.Npp32fc pDst, int nLength)` 32-bit complex float, vector copy method.
`static int`	`nppsCopy_32s(int[] pSrc, int[] pDst, int nLength)`
`static int`	`nppsCopy_32s(IntBuffer pSrc, IntBuffer pDst, int nLength)`
`static int`	`nppsCopy_32s(IntPointer pSrc, IntPointer pDst, int nLength)` 32-bit signed integer, vector copy method.
`static int`	`nppsCopy_32sc(nppc.Npp32sc pSrc, nppc.Npp32sc pDst, int nLength)` 32-bit complex signed integer, vector copy method.
`static int`	`nppsCopy_64fc(nppc.Npp64fc pSrc, nppc.Npp64fc pDst, int nLength)` 64-bit complex double, vector copy method.
`static int`	`nppsCopy_64s(long[] pSrc, long[] pDst, int nLength)`
`static int`	`nppsCopy_64s(LongBuffer pSrc, LongBuffer pDst, int nLength)`
`static int`	`nppsCopy_64s(LongPointer pSrc, LongPointer pDst, int nLength)` 64-bit signed integer, vector copy method.
`static int`	`nppsCopy_64sc(nppc.Npp64sc pSrc, nppc.Npp64sc pDst, int nLength)` 64-bit complex signed integer, vector copy method.
`static int`	`nppsCopy_8u(byte[] pSrc, byte[] pDst, int nLength)`
`static int`	`nppsCopy_8u(ByteBuffer pSrc, ByteBuffer pDst, int nLength)`
`static int`	`nppsCopy_8u(BytePointer pSrc, BytePointer pDst, int nLength)` 8-bit unsigned char, vector copy method \param pSrc \ref source_signal_pointer.
`static int`	`nppsCountInRange_32s(int[] pSrc, int nLength, int[] pCounts, int nLowerBound, int nUpperBound, byte[] pDeviceBuffer)`
`static int`	`nppsCountInRange_32s(IntBuffer pSrc, int nLength, IntBuffer pCounts, int nLowerBound, int nUpperBound, ByteBuffer pDeviceBuffer)`
`static int`	`nppsCountInRange_32s(IntPointer pSrc, int nLength, IntPointer pCounts, int nLowerBound, int nUpperBound, BytePointer pDeviceBuffer)` Computes the number of elements whose values fall into the specified range on a 32-bit signed integer array.
`static int`	`nppsCountInRangeGetBufferSize_32s(int nLength, int[] hpBufferSize)`
`static int`	`nppsCountInRangeGetBufferSize_32s(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsCountInRangeGetBufferSize_32s(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsCountInRange_32s.
`static int`	`nppsCubrt_32f(float[] pSrc, float[] pDst, int nLength)`
`static int`	`nppsCubrt_32f(FloatBuffer pSrc, FloatBuffer pDst, int nLength)`
`static int`	`nppsCubrt_32f(FloatPointer pSrc, FloatPointer pDst, int nLength)` 32-bit floating point signal cube root.
`static int`	`nppsCubrt_32s16s_Sfs(int[] pSrc, short[] pDst, int nLength, int nScaleFactor)`
`static int`	`nppsCubrt_32s16s_Sfs(IntBuffer pSrc, ShortBuffer pDst, int nLength, int nScaleFactor)`
`static int`	`nppsCubrt_32s16s_Sfs(IntPointer pSrc, ShortPointer pDst, int nLength, int nScaleFactor)` 32-bit signed integer signal cube root, scale, then clamp to 16-bit signed integer saturated value.
`static int`	`nppsDiv_16s_ISfs(short[] pSrc, short[] pSrcDst, int nLength, int nScaleFactor)`
`static int`	`nppsDiv_16s_ISfs(ShortBuffer pSrc, ShortBuffer pSrcDst, int nLength, int nScaleFactor)`
`static int`	`nppsDiv_16s_ISfs(ShortPointer pSrc, ShortPointer pSrcDst, int nLength, int nScaleFactor)` 16-bit signed short in place signal divide signal, with scaling, then clamp to saturated value.
`static int`	`nppsDiv_16s_Sfs(short[] pSrc1, short[] pSrc2, short[] pDst, int nLength, int nScaleFactor)`
`static int`	`nppsDiv_16s_Sfs(ShortBuffer pSrc1, ShortBuffer pSrc2, ShortBuffer pDst, int nLength, int nScaleFactor)`
`static int`	`nppsDiv_16s_Sfs(ShortPointer pSrc1, ShortPointer pSrc2, ShortPointer pDst, int nLength, int nScaleFactor)` 16-bit signed short signal divide signal, scale, then clamp to saturated value.
`static int`	`nppsDiv_16sc_ISfs(nppc.Npp16sc pSrc, nppc.Npp16sc pSrcDst, int nLength, int nScaleFactor)` 16-bit complex signed short in place signal divide signal, with scaling, then clamp to saturated value.
`static int`	`nppsDiv_16sc_Sfs(nppc.Npp16sc pSrc1, nppc.Npp16sc pSrc2, nppc.Npp16sc pDst, int nLength, int nScaleFactor)` 16-bit signed complex short signal divide signal, scale, then clamp to saturated value.
`static int`	`nppsDiv_16u_ISfs(short[] pSrc, short[] pSrcDst, int nLength, int nScaleFactor)`
`static int`	`nppsDiv_16u_ISfs(ShortBuffer pSrc, ShortBuffer pSrcDst, int nLength, int nScaleFactor)`
`static int`	`nppsDiv_16u_ISfs(ShortPointer pSrc, ShortPointer pSrcDst, int nLength, int nScaleFactor)` 16-bit unsigned short in place signal divide signal, with scaling, then clamp to saturated value.
`static int`	`nppsDiv_16u_Sfs(short[] pSrc1, short[] pSrc2, short[] pDst, int nLength, int nScaleFactor)`
`static int`	`nppsDiv_16u_Sfs(ShortBuffer pSrc1, ShortBuffer pSrc2, ShortBuffer pDst, int nLength, int nScaleFactor)`
`static int`	`nppsDiv_16u_Sfs(ShortPointer pSrc1, ShortPointer pSrc2, ShortPointer pDst, int nLength, int nScaleFactor)` 16-bit unsigned short signal divide signal, scale, then clamp to saturated value.
`static int`	`nppsDiv_32f_I(float[] pSrc, float[] pSrcDst, int nLength)`
`static int`	`nppsDiv_32f_I(FloatBuffer pSrc, FloatBuffer pSrcDst, int nLength)`
`static int`	`nppsDiv_32f_I(FloatPointer pSrc, FloatPointer pSrcDst, int nLength)` 32-bit floating point in place signal divide signal, then clamp to saturated value.
`static int`	`nppsDiv_32f(float[] pSrc1, float[] pSrc2, float[] pDst, int nLength)`
`static int`	`nppsDiv_32f(FloatBuffer pSrc1, FloatBuffer pSrc2, FloatBuffer pDst, int nLength)`
`static int`	`nppsDiv_32f(FloatPointer pSrc1, FloatPointer pSrc2, FloatPointer pDst, int nLength)` 32-bit floating point signal divide signal, then clamp to saturated value.
`static int`	`nppsDiv_32fc_I(nppc.Npp32fc pSrc, nppc.Npp32fc pSrcDst, int nLength)` 32-bit complex floating point in place signal divide signal, then clamp to saturated value.
`static int`	`nppsDiv_32fc(nppc.Npp32fc pSrc1, nppc.Npp32fc pSrc2, nppc.Npp32fc pDst, int nLength)` 32-bit complex floating point signal divide signal, then clamp to saturated value.
`static int`	`nppsDiv_32s_ISfs(int[] pSrc, int[] pSrcDst, int nLength, int nScaleFactor)`
`static int`	`nppsDiv_32s_ISfs(IntBuffer pSrc, IntBuffer pSrcDst, int nLength, int nScaleFactor)`
`static int`	`nppsDiv_32s_ISfs(IntPointer pSrc, IntPointer pSrcDst, int nLength, int nScaleFactor)` 32-bit signed integer in place signal divide signal, with scaling, then clamp to saturated value.
`static int`	`nppsDiv_32s_Sfs(int[] pSrc1, int[] pSrc2, int[] pDst, int nLength, int nScaleFactor)`
`static int`	`nppsDiv_32s_Sfs(IntBuffer pSrc1, IntBuffer pSrc2, IntBuffer pDst, int nLength, int nScaleFactor)`
`static int`	`nppsDiv_32s_Sfs(IntPointer pSrc1, IntPointer pSrc2, IntPointer pDst, int nLength, int nScaleFactor)` 32-bit signed integer signal divide signal, scale, then clamp to saturated value.
`static int`	`nppsDiv_32s16s_Sfs(short[] pSrc1, int[] pSrc2, short[] pDst, int nLength, int nScaleFactor)`
`static int`	`nppsDiv_32s16s_Sfs(ShortBuffer pSrc1, IntBuffer pSrc2, ShortBuffer pDst, int nLength, int nScaleFactor)`
`static int`	`nppsDiv_32s16s_Sfs(ShortPointer pSrc1, IntPointer pSrc2, ShortPointer pDst, int nLength, int nScaleFactor)` 32-bit signed integer signal divided by 16-bit signed short signal, scale, then clamp to 16-bit signed short saturated value.
`static int`	`nppsDiv_64f_I(double[] pSrc, double[] pSrcDst, int nLength)`
`static int`	`nppsDiv_64f_I(DoubleBuffer pSrc, DoubleBuffer pSrcDst, int nLength)`
`static int`	`nppsDiv_64f_I(DoublePointer pSrc, DoublePointer pSrcDst, int nLength)` 64-bit floating point in place signal divide signal, then clamp to saturated value.
`static int`	`nppsDiv_64f(double[] pSrc1, double[] pSrc2, double[] pDst, int nLength)`
`static int`	`nppsDiv_64f(DoubleBuffer pSrc1, DoubleBuffer pSrc2, DoubleBuffer pDst, int nLength)`
`static int`	`nppsDiv_64f(DoublePointer pSrc1, DoublePointer pSrc2, DoublePointer pDst, int nLength)` 64-bit floating point signal divide signal, then clamp to saturated value.
`static int`	`nppsDiv_64fc_I(nppc.Npp64fc pSrc, nppc.Npp64fc pSrcDst, int nLength)` 64-bit complex floating point in place signal divide signal, then clamp to saturated value.
`static int`	`nppsDiv_64fc(nppc.Npp64fc pSrc1, nppc.Npp64fc pSrc2, nppc.Npp64fc pDst, int nLength)` 64-bit complex floating point signal divide signal, then clamp to saturated value.
`static int`	`nppsDiv_8u_ISfs(byte[] pSrc, byte[] pSrcDst, int nLength, int nScaleFactor)`
`static int`	`nppsDiv_8u_ISfs(ByteBuffer pSrc, ByteBuffer pSrcDst, int nLength, int nScaleFactor)`
`static int`	`nppsDiv_8u_ISfs(BytePointer pSrc, BytePointer pSrcDst, int nLength, int nScaleFactor)` 8-bit unsigned char in place signal divide signal, with scaling, then clamp to saturated value.
`static int`	`nppsDiv_8u_Sfs(byte[] pSrc1, byte[] pSrc2, byte[] pDst, int nLength, int nScaleFactor)`
`static int`	`nppsDiv_8u_Sfs(ByteBuffer pSrc1, ByteBuffer pSrc2, ByteBuffer pDst, int nLength, int nScaleFactor)`
`static int`	`nppsDiv_8u_Sfs(BytePointer pSrc1, BytePointer pSrc2, BytePointer pDst, int nLength, int nScaleFactor)` 8-bit unsigned char signal divide signal, scale, then clamp to saturated value.
`static int`	`nppsDiv_Round_16s_ISfs(short[] pSrc, short[] pSrcDst, int nLength, int nRndMode, int nScaleFactor)`
`static int`	`nppsDiv_Round_16s_ISfs(ShortBuffer pSrc, ShortBuffer pSrcDst, int nLength, int nRndMode, int nScaleFactor)`
`static int`	`nppsDiv_Round_16s_ISfs(ShortPointer pSrc, ShortPointer pSrcDst, int nLength, int nRndMode, int nScaleFactor)` 16-bit signed short in place signal divide signal, with scaling, rounding then clamp to saturated value.
`static int`	`nppsDiv_Round_16s_Sfs(short[] pSrc1, short[] pSrc2, short[] pDst, int nLength, int nRndMode, int nScaleFactor)`
`static int`	`nppsDiv_Round_16s_Sfs(ShortBuffer pSrc1, ShortBuffer pSrc2, ShortBuffer pDst, int nLength, int nRndMode, int nScaleFactor)`
`static int`	`nppsDiv_Round_16s_Sfs(ShortPointer pSrc1, ShortPointer pSrc2, ShortPointer pDst, int nLength, int nRndMode, int nScaleFactor)` 16-bit signed short signal divide signal, scale, round, then clamp to saturated value.
`static int`	`nppsDiv_Round_16u_ISfs(short[] pSrc, short[] pSrcDst, int nLength, int nRndMode, int nScaleFactor)`
`static int`	`nppsDiv_Round_16u_ISfs(ShortBuffer pSrc, ShortBuffer pSrcDst, int nLength, int nRndMode, int nScaleFactor)`
`static int`	`nppsDiv_Round_16u_ISfs(ShortPointer pSrc, ShortPointer pSrcDst, int nLength, int nRndMode, int nScaleFactor)` 16-bit unsigned short in place signal divide signal, with scaling, rounding then clamp to saturated value.
`static int`	`nppsDiv_Round_16u_Sfs(short[] pSrc1, short[] pSrc2, short[] pDst, int nLength, int nRndMode, int nScaleFactor)`
`static int`	`nppsDiv_Round_16u_Sfs(ShortBuffer pSrc1, ShortBuffer pSrc2, ShortBuffer pDst, int nLength, int nRndMode, int nScaleFactor)`
`static int`	`nppsDiv_Round_16u_Sfs(ShortPointer pSrc1, ShortPointer pSrc2, ShortPointer pDst, int nLength, int nRndMode, int nScaleFactor)` 16-bit unsigned short signal divide signal, scale, round, then clamp to saturated value.
`static int`	`nppsDiv_Round_8u_ISfs(byte[] pSrc, byte[] pSrcDst, int nLength, int nRndMode, int nScaleFactor)`
`static int`	`nppsDiv_Round_8u_ISfs(ByteBuffer pSrc, ByteBuffer pSrcDst, int nLength, int nRndMode, int nScaleFactor)`
`static int`	`nppsDiv_Round_8u_ISfs(BytePointer pSrc, BytePointer pSrcDst, int nLength, int nRndMode, int nScaleFactor)` 8-bit unsigned char in place signal divide signal, with scaling, rounding then clamp to saturated value.
`static int`	`nppsDiv_Round_8u_Sfs(byte[] pSrc1, byte[] pSrc2, byte[] pDst, int nLength, int nRndMode, int nScaleFactor)`
`static int`	`nppsDiv_Round_8u_Sfs(ByteBuffer pSrc1, ByteBuffer pSrc2, ByteBuffer pDst, int nLength, int nRndMode, int nScaleFactor)`
`static int`	`nppsDiv_Round_8u_Sfs(BytePointer pSrc1, BytePointer pSrc2, BytePointer pDst, int nLength, int nRndMode, int nScaleFactor)` 8-bit unsigned char signal divide signal, scale, then clamp to saturated value.
`static int`	`nppsDivC_16s_ISfs(short nValue, short[] pSrcDst, int nLength, int nScaleFactor)`
`static int`	`nppsDivC_16s_ISfs(short nValue, ShortBuffer pSrcDst, int nLength, int nScaleFactor)`
`static int`	`nppsDivC_16s_ISfs(short nValue, ShortPointer pSrcDst, int nLength, int nScaleFactor)` 16-bit signed short in place signal divided by constant, scale, then clamp to saturated value.
`static int`	`nppsDivC_16s_Sfs(short[] pSrc, short nValue, short[] pDst, int nLength, int nScaleFactor)`
`static int`	`nppsDivC_16s_Sfs(ShortBuffer pSrc, short nValue, ShortBuffer pDst, int nLength, int nScaleFactor)`
`static int`	`nppsDivC_16s_Sfs(ShortPointer pSrc, short nValue, ShortPointer pDst, int nLength, int nScaleFactor)` 16-bit signed short signal divided by constant, scale, then clamp to saturated value.
`static int`	`nppsDivC_16sc_ISfs(nppc.Npp16sc nValue, nppc.Npp16sc pSrcDst, int nLength, int nScaleFactor)` 16-bit integer complex number (16 bit real, 16 bit imaginary)signal divided by constant, scale, then clamp to saturated value.
`static int`	`nppsDivC_16sc_Sfs(nppc.Npp16sc pSrc, nppc.Npp16sc nValue, nppc.Npp16sc pDst, int nLength, int nScaleFactor)` 16-bit integer complex number (16 bit real, 16 bit imaginary) signal divided by constant, scale, then clamp to saturated value.
`static int`	`nppsDivC_16u_ISfs(short nValue, short[] pSrcDst, int nLength, int nScaleFactor)`
`static int`	`nppsDivC_16u_ISfs(short nValue, ShortBuffer pSrcDst, int nLength, int nScaleFactor)`
`static int`	`nppsDivC_16u_ISfs(short nValue, ShortPointer pSrcDst, int nLength, int nScaleFactor)` 16-bit unsigned short in place signal divided by constant, scale, then clamp to saturated value.
`static int`	`nppsDivC_16u_Sfs(short[] pSrc, short nValue, short[] pDst, int nLength, int nScaleFactor)`
`static int`	`nppsDivC_16u_Sfs(ShortBuffer pSrc, short nValue, ShortBuffer pDst, int nLength, int nScaleFactor)`
`static int`	`nppsDivC_16u_Sfs(ShortPointer pSrc, short nValue, ShortPointer pDst, int nLength, int nScaleFactor)` 16-bit unsigned short signal divided by constant, scale, then clamp to saturated value.
`static int`	`nppsDivC_32f_I(float nValue, float[] pSrcDst, int nLength)`
`static int`	`nppsDivC_32f_I(float nValue, FloatBuffer pSrcDst, int nLength)`
`static int`	`nppsDivC_32f_I(float nValue, FloatPointer pSrcDst, int nLength)` 32-bit floating point in place signal divided by constant.
`static int`	`nppsDivC_32f(float[] pSrc, float nValue, float[] pDst, int nLength)`
`static int`	`nppsDivC_32f(FloatBuffer pSrc, float nValue, FloatBuffer pDst, int nLength)`
`static int`	`nppsDivC_32f(FloatPointer pSrc, float nValue, FloatPointer pDst, int nLength)` 32-bit floating point signal divided by constant.
`static int`	`nppsDivC_32fc_I(nppc.Npp32fc nValue, nppc.Npp32fc pSrcDst, int nLength)` 32-bit floating point complex number (32 bit real, 32 bit imaginary) in place signal divided by constant.
`static int`	`nppsDivC_32fc(nppc.Npp32fc pSrc, nppc.Npp32fc nValue, nppc.Npp32fc pDst, int nLength)` 32-bit floating point complex number (32 bit real, 32 bit imaginary) signal divided by constant.
`static int`	`nppsDivC_64f_I(double nValue, double[] pSrcDst, int nLength)`
`static int`	`nppsDivC_64f_I(double nValue, DoubleBuffer pSrcDst, int nLength)`
`static int`	`nppsDivC_64f_I(double nValue, DoublePointer pSrcDst, int nLength)` 64-bit floating point in place signal divided by constant.
`static int`	`nppsDivC_64f(double[] pSrc, double nValue, double[] pDst, int nLength)`
`static int`	`nppsDivC_64f(DoubleBuffer pSrc, double nValue, DoubleBuffer pDst, int nLength)`
`static int`	`nppsDivC_64f(DoublePointer pSrc, double nValue, DoublePointer pDst, int nLength)` 64-bit floating point signal divided by constant.
`static int`	`nppsDivC_64fc_I(nppc.Npp64fc nValue, nppc.Npp64fc pSrcDst, int nLength)` 64-bit floating point complex number (64 bit real, 64 bit imaginary) in place signal divided by constant.
`static int`	`nppsDivC_64fc(nppc.Npp64fc pSrc, nppc.Npp64fc nValue, nppc.Npp64fc pDst, int nLength)` 64-bit floating point complex number (64 bit real, 64 bit imaginary) signal divided by constant.
`static int`	`nppsDivC_8u_ISfs(byte nValue, byte[] pSrcDst, int nLength, int nScaleFactor)`
`static int`	`nppsDivC_8u_ISfs(byte nValue, ByteBuffer pSrcDst, int nLength, int nScaleFactor)`
`static int`	`nppsDivC_8u_ISfs(byte nValue, BytePointer pSrcDst, int nLength, int nScaleFactor)` 8-bit unsigned char in place signal divided by constant, scale, then clamp to saturated value \param pSrcDst \ref in_place_signal_pointer.
`static int`	`nppsDivC_8u_Sfs(byte[] pSrc, byte nValue, byte[] pDst, int nLength, int nScaleFactor)`
`static int`	`nppsDivC_8u_Sfs(ByteBuffer pSrc, byte nValue, ByteBuffer pDst, int nLength, int nScaleFactor)`
`static int`	`nppsDivC_8u_Sfs(BytePointer pSrc, byte nValue, BytePointer pDst, int nLength, int nScaleFactor)` 8-bit unsigned char signal divided by constant, scale, then clamp to saturated value.
`static int`	`nppsDivCRev_16u_I(short nValue, short[] pSrcDst, int nLength)`
`static int`	`nppsDivCRev_16u_I(short nValue, ShortBuffer pSrcDst, int nLength)`
`static int`	`nppsDivCRev_16u_I(short nValue, ShortPointer pSrcDst, int nLength)` 16-bit unsigned short in place constant divided by signal, then clamp to saturated value.
`static int`	`nppsDivCRev_16u(short[] pSrc, short nValue, short[] pDst, int nLength)`
`static int`	`nppsDivCRev_16u(ShortBuffer pSrc, short nValue, ShortBuffer pDst, int nLength)`
`static int`	`nppsDivCRev_16u(ShortPointer pSrc, short nValue, ShortPointer pDst, int nLength)` 16-bit unsigned short signal divided by constant, then clamp to saturated value.
`static int`	`nppsDivCRev_32f_I(float nValue, float[] pSrcDst, int nLength)`
`static int`	`nppsDivCRev_32f_I(float nValue, FloatBuffer pSrcDst, int nLength)`
`static int`	`nppsDivCRev_32f_I(float nValue, FloatPointer pSrcDst, int nLength)` 32-bit floating point in place constant divided by signal.
`static int`	`nppsDivCRev_32f(float[] pSrc, float nValue, float[] pDst, int nLength)`
`static int`	`nppsDivCRev_32f(FloatBuffer pSrc, float nValue, FloatBuffer pDst, int nLength)`
`static int`	`nppsDivCRev_32f(FloatPointer pSrc, float nValue, FloatPointer pDst, int nLength)` 32-bit floating point constant divided by signal.
`static int`	`nppsDotProd_16s_Sfs(short[] pSrc1, short[] pSrc2, int nLength, short[] pDp, int nScaleFactor, byte[] pDeviceBuffer)`
`static int`	`nppsDotProd_16s_Sfs(ShortBuffer pSrc1, ShortBuffer pSrc2, int nLength, ShortBuffer pDp, int nScaleFactor, ByteBuffer pDeviceBuffer)`
`static int`	`nppsDotProd_16s_Sfs(ShortPointer pSrc1, ShortPointer pSrc2, int nLength, ShortPointer pDp, int nScaleFactor, BytePointer pDeviceBuffer)` 16-bit signed short integer dot product method, return value is 16-bit signed short integer.
`static int`	`nppsDotProd_16s16sc_Sfs(short[] pSrc1, nppc.Npp16sc pSrc2, int nLength, nppc.Npp16sc pDp, int nScaleFactor, byte[] pDeviceBuffer)`
`static int`	`nppsDotProd_16s16sc_Sfs(ShortBuffer pSrc1, nppc.Npp16sc pSrc2, int nLength, nppc.Npp16sc pDp, int nScaleFactor, ByteBuffer pDeviceBuffer)`
`static int`	`nppsDotProd_16s16sc_Sfs(ShortPointer pSrc1, nppc.Npp16sc pSrc2, int nLength, nppc.Npp16sc pDp, int nScaleFactor, BytePointer pDeviceBuffer)` 16-bit signed short integer and 16-bit signed short integer complex dot product method, return value is 16-bit signed short integer complex.
`static int`	`nppsDotProd_16s16sc32fc(short[] pSrc1, nppc.Npp16sc pSrc2, int nLength, nppc.Npp32fc pDp, byte[] pDeviceBuffer)`
`static int`	`nppsDotProd_16s16sc32fc(ShortBuffer pSrc1, nppc.Npp16sc pSrc2, int nLength, nppc.Npp32fc pDp, ByteBuffer pDeviceBuffer)`
`static int`	`nppsDotProd_16s16sc32fc(ShortPointer pSrc1, nppc.Npp16sc pSrc2, int nLength, nppc.Npp32fc pDp, BytePointer pDeviceBuffer)` 16-bit signed short integer and 16-bit signed short integer complex dot product method, return value is 32-bit float complex.
`static int`	`nppsDotProd_16s16sc32sc_Sfs(short[] pSrc1, nppc.Npp16sc pSrc2, int nLength, nppc.Npp32sc pDp, int nScaleFactor, byte[] pDeviceBuffer)`
`static int`	`nppsDotProd_16s16sc32sc_Sfs(ShortBuffer pSrc1, nppc.Npp16sc pSrc2, int nLength, nppc.Npp32sc pDp, int nScaleFactor, ByteBuffer pDeviceBuffer)`
`static int`	`nppsDotProd_16s16sc32sc_Sfs(ShortPointer pSrc1, nppc.Npp16sc pSrc2, int nLength, nppc.Npp32sc pDp, int nScaleFactor, BytePointer pDeviceBuffer)` 16-bit signed short integer and 16-bit signed short integer complex dot product method, return value is 32-bit signed integer complex.
`static int`	`nppsDotProd_16s16sc64sc(short[] pSrc1, nppc.Npp16sc pSrc2, int nLength, nppc.Npp64sc pDp, byte[] pDeviceBuffer)`
`static int`	`nppsDotProd_16s16sc64sc(ShortBuffer pSrc1, nppc.Npp16sc pSrc2, int nLength, nppc.Npp64sc pDp, ByteBuffer pDeviceBuffer)`
`static int`	`nppsDotProd_16s16sc64sc(ShortPointer pSrc1, nppc.Npp16sc pSrc2, int nLength, nppc.Npp64sc pDp, BytePointer pDeviceBuffer)` 16-bit signed short integer and 16-bit signed short integer short dot product method, return value is 64-bit signed integer complex.
`static int`	`nppsDotProd_16s32f(short[] pSrc1, short[] pSrc2, int nLength, float[] pDp, byte[] pDeviceBuffer)`
`static int`	`nppsDotProd_16s32f(ShortBuffer pSrc1, ShortBuffer pSrc2, int nLength, FloatBuffer pDp, ByteBuffer pDeviceBuffer)`
`static int`	`nppsDotProd_16s32f(ShortPointer pSrc1, ShortPointer pSrc2, int nLength, FloatPointer pDp, BytePointer pDeviceBuffer)` 16-bit signed short integer dot product method, return value is 32-bit float.
`static int`	`nppsDotProd_16s32s_Sfs(short[] pSrc1, short[] pSrc2, int nLength, int[] pDp, int nScaleFactor, byte[] pDeviceBuffer)`
`static int`	`nppsDotProd_16s32s_Sfs(ShortBuffer pSrc1, ShortBuffer pSrc2, int nLength, IntBuffer pDp, int nScaleFactor, ByteBuffer pDeviceBuffer)`
`static int`	`nppsDotProd_16s32s_Sfs(ShortPointer pSrc1, ShortPointer pSrc2, int nLength, IntPointer pDp, int nScaleFactor, BytePointer pDeviceBuffer)` 16-bit signed short integer dot product method, return value is 32-bit signed integer.
`static int`	`nppsDotProd_16s32s32s_Sfs(short[] pSrc1, int[] pSrc2, int nLength, int[] pDp, int nScaleFactor, byte[] pDeviceBuffer)`
`static int`	`nppsDotProd_16s32s32s_Sfs(ShortBuffer pSrc1, IntBuffer pSrc2, int nLength, IntBuffer pDp, int nScaleFactor, ByteBuffer pDeviceBuffer)`
`static int`	`nppsDotProd_16s32s32s_Sfs(ShortPointer pSrc1, IntPointer pSrc2, int nLength, IntPointer pDp, int nScaleFactor, BytePointer pDeviceBuffer)` 16-bit signed short integer and 32-bit signed integer dot product method, return value is 32-bit signed integer.
`static int`	`nppsDotProd_16s64s(short[] pSrc1, short[] pSrc2, int nLength, long[] pDp, byte[] pDeviceBuffer)`
`static int`	`nppsDotProd_16s64s(ShortBuffer pSrc1, ShortBuffer pSrc2, int nLength, LongBuffer pDp, ByteBuffer pDeviceBuffer)`
`static int`	`nppsDotProd_16s64s(ShortPointer pSrc1, ShortPointer pSrc2, int nLength, LongPointer pDp, BytePointer pDeviceBuffer)` 16-bit signed short integer dot product method, return value is 64-bit signed integer.
`static int`	`nppsDotProd_16sc_Sfs(nppc.Npp16sc pSrc1, nppc.Npp16sc pSrc2, int nLength, nppc.Npp16sc pDp, int nScaleFactor, byte[] pDeviceBuffer)`
`static int`	`nppsDotProd_16sc_Sfs(nppc.Npp16sc pSrc1, nppc.Npp16sc pSrc2, int nLength, nppc.Npp16sc pDp, int nScaleFactor, ByteBuffer pDeviceBuffer)`
`static int`	`nppsDotProd_16sc_Sfs(nppc.Npp16sc pSrc1, nppc.Npp16sc pSrc2, int nLength, nppc.Npp16sc pDp, int nScaleFactor, BytePointer pDeviceBuffer)` 16-bit signed short integer complex dot product method, return value is 16-bit signed short integer complex.
`static int`	`nppsDotProd_16sc32fc(nppc.Npp16sc pSrc1, nppc.Npp16sc pSrc2, int nLength, nppc.Npp32fc pDp, byte[] pDeviceBuffer)`
`static int`	`nppsDotProd_16sc32fc(nppc.Npp16sc pSrc1, nppc.Npp16sc pSrc2, int nLength, nppc.Npp32fc pDp, ByteBuffer pDeviceBuffer)`
`static int`	`nppsDotProd_16sc32fc(nppc.Npp16sc pSrc1, nppc.Npp16sc pSrc2, int nLength, nppc.Npp32fc pDp, BytePointer pDeviceBuffer)` 16-bit signed short integer complex dot product method, return value is 32-bit float complex.
`static int`	`nppsDotProd_16sc32sc_Sfs(nppc.Npp16sc pSrc1, nppc.Npp16sc pSrc2, int nLength, nppc.Npp32sc pDp, int nScaleFactor, byte[] pDeviceBuffer)`
`static int`	`nppsDotProd_16sc32sc_Sfs(nppc.Npp16sc pSrc1, nppc.Npp16sc pSrc2, int nLength, nppc.Npp32sc pDp, int nScaleFactor, ByteBuffer pDeviceBuffer)`
`static int`	`nppsDotProd_16sc32sc_Sfs(nppc.Npp16sc pSrc1, nppc.Npp16sc pSrc2, int nLength, nppc.Npp32sc pDp, int nScaleFactor, BytePointer pDeviceBuffer)` 16-bit signed short integer complex dot product method, return value is 32-bit signed integer complex.
`static int`	`nppsDotProd_16sc64sc(nppc.Npp16sc pSrc1, nppc.Npp16sc pSrc2, int nLength, nppc.Npp64sc pDp, byte[] pDeviceBuffer)`
`static int`	`nppsDotProd_16sc64sc(nppc.Npp16sc pSrc1, nppc.Npp16sc pSrc2, int nLength, nppc.Npp64sc pDp, ByteBuffer pDeviceBuffer)`
`static int`	`nppsDotProd_16sc64sc(nppc.Npp16sc pSrc1, nppc.Npp16sc pSrc2, int nLength, nppc.Npp64sc pDp, BytePointer pDeviceBuffer)` 16-bit signed short integer complex dot product method, return value is 64-bit signed integer complex.
`static int`	`nppsDotProd_32f(float[] pSrc1, float[] pSrc2, int nLength, float[] pDp, byte[] pDeviceBuffer)`
`static int`	`nppsDotProd_32f(FloatBuffer pSrc1, FloatBuffer pSrc2, int nLength, FloatBuffer pDp, ByteBuffer pDeviceBuffer)`
`static int`	`nppsDotProd_32f(FloatPointer pSrc1, FloatPointer pSrc2, int nLength, FloatPointer pDp, BytePointer pDeviceBuffer)` 32-bit float dot product method, return value is 32-bit float.
`static int`	`nppsDotProd_32f32fc(float[] pSrc1, nppc.Npp32fc pSrc2, int nLength, nppc.Npp32fc pDp, byte[] pDeviceBuffer)`
`static int`	`nppsDotProd_32f32fc(FloatBuffer pSrc1, nppc.Npp32fc pSrc2, int nLength, nppc.Npp32fc pDp, ByteBuffer pDeviceBuffer)`
`static int`	`nppsDotProd_32f32fc(FloatPointer pSrc1, nppc.Npp32fc pSrc2, int nLength, nppc.Npp32fc pDp, BytePointer pDeviceBuffer)` 32-bit float and 32-bit float complex dot product method, return value is 32-bit float complex.
`static int`	`nppsDotProd_32f32fc64fc(float[] pSrc1, nppc.Npp32fc pSrc2, int nLength, nppc.Npp64fc pDp, byte[] pDeviceBuffer)`
`static int`	`nppsDotProd_32f32fc64fc(FloatBuffer pSrc1, nppc.Npp32fc pSrc2, int nLength, nppc.Npp64fc pDp, ByteBuffer pDeviceBuffer)`
`static int`	`nppsDotProd_32f32fc64fc(FloatPointer pSrc1, nppc.Npp32fc pSrc2, int nLength, nppc.Npp64fc pDp, BytePointer pDeviceBuffer)` 32-bit float and 32-bit float complex dot product method, return value is 64-bit float complex.
`static int`	`nppsDotProd_32f64f(float[] pSrc1, float[] pSrc2, int nLength, double[] pDp, byte[] pDeviceBuffer)`
`static int`	`nppsDotProd_32f64f(FloatBuffer pSrc1, FloatBuffer pSrc2, int nLength, DoubleBuffer pDp, ByteBuffer pDeviceBuffer)`
`static int`	`nppsDotProd_32f64f(FloatPointer pSrc1, FloatPointer pSrc2, int nLength, DoublePointer pDp, BytePointer pDeviceBuffer)` 32-bit float dot product method, return value is 64-bit float.
`static int`	`nppsDotProd_32fc(nppc.Npp32fc pSrc1, nppc.Npp32fc pSrc2, int nLength, nppc.Npp32fc pDp, byte[] pDeviceBuffer)`
`static int`	`nppsDotProd_32fc(nppc.Npp32fc pSrc1, nppc.Npp32fc pSrc2, int nLength, nppc.Npp32fc pDp, ByteBuffer pDeviceBuffer)`
`static int`	`nppsDotProd_32fc(nppc.Npp32fc pSrc1, nppc.Npp32fc pSrc2, int nLength, nppc.Npp32fc pDp, BytePointer pDeviceBuffer)` 32-bit float complex dot product method, return value is 32-bit float complex.
`static int`	`nppsDotProd_32fc64fc(nppc.Npp32fc pSrc1, nppc.Npp32fc pSrc2, int nLength, nppc.Npp64fc pDp, byte[] pDeviceBuffer)`
`static int`	`nppsDotProd_32fc64fc(nppc.Npp32fc pSrc1, nppc.Npp32fc pSrc2, int nLength, nppc.Npp64fc pDp, ByteBuffer pDeviceBuffer)`
`static int`	`nppsDotProd_32fc64fc(nppc.Npp32fc pSrc1, nppc.Npp32fc pSrc2, int nLength, nppc.Npp64fc pDp, BytePointer pDeviceBuffer)` 32-bit float complex dot product method, return value is 64-bit float complex.
`static int`	`nppsDotProd_32s_Sfs(int[] pSrc1, int[] pSrc2, int nLength, int[] pDp, int nScaleFactor, byte[] pDeviceBuffer)`
`static int`	`nppsDotProd_32s_Sfs(IntBuffer pSrc1, IntBuffer pSrc2, int nLength, IntBuffer pDp, int nScaleFactor, ByteBuffer pDeviceBuffer)`
`static int`	`nppsDotProd_32s_Sfs(IntPointer pSrc1, IntPointer pSrc2, int nLength, IntPointer pDp, int nScaleFactor, BytePointer pDeviceBuffer)` 32-bit signed integer dot product method, return value is 32-bit signed integer.
`static int`	`nppsDotProd_32s32sc_Sfs(int[] pSrc1, nppc.Npp32sc pSrc2, int nLength, nppc.Npp32sc pDp, int nScaleFactor, byte[] pDeviceBuffer)`
`static int`	`nppsDotProd_32s32sc_Sfs(IntBuffer pSrc1, nppc.Npp32sc pSrc2, int nLength, nppc.Npp32sc pDp, int nScaleFactor, ByteBuffer pDeviceBuffer)`
`static int`	`nppsDotProd_32s32sc_Sfs(IntPointer pSrc1, nppc.Npp32sc pSrc2, int nLength, nppc.Npp32sc pDp, int nScaleFactor, BytePointer pDeviceBuffer)` 32-bit signed short integer and 32-bit signed short integer complex dot product method, return value is 32-bit signed integer complex.
`static int`	`nppsDotProd_32sc_Sfs(nppc.Npp32sc pSrc1, nppc.Npp32sc pSrc2, int nLength, nppc.Npp32sc pDp, int nScaleFactor, byte[] pDeviceBuffer)`
`static int`	`nppsDotProd_32sc_Sfs(nppc.Npp32sc pSrc1, nppc.Npp32sc pSrc2, int nLength, nppc.Npp32sc pDp, int nScaleFactor, ByteBuffer pDeviceBuffer)`
`static int`	`nppsDotProd_32sc_Sfs(nppc.Npp32sc pSrc1, nppc.Npp32sc pSrc2, int nLength, nppc.Npp32sc pDp, int nScaleFactor, BytePointer pDeviceBuffer)` 32-bit signed integer complex dot product method, return value is 32-bit signed integer complex.
`static int`	`nppsDotProd_64f(double[] pSrc1, double[] pSrc2, int nLength, double[] pDp, byte[] pDeviceBuffer)`
`static int`	`nppsDotProd_64f(DoubleBuffer pSrc1, DoubleBuffer pSrc2, int nLength, DoubleBuffer pDp, ByteBuffer pDeviceBuffer)`
`static int`	`nppsDotProd_64f(DoublePointer pSrc1, DoublePointer pSrc2, int nLength, DoublePointer pDp, BytePointer pDeviceBuffer)` 64-bit float dot product method, return value is 64-bit float.
`static int`	`nppsDotProd_64f64fc(double[] pSrc1, nppc.Npp64fc pSrc2, int nLength, nppc.Npp64fc pDp, byte[] pDeviceBuffer)`
`static int`	`nppsDotProd_64f64fc(DoubleBuffer pSrc1, nppc.Npp64fc pSrc2, int nLength, nppc.Npp64fc pDp, ByteBuffer pDeviceBuffer)`
`static int`	`nppsDotProd_64f64fc(DoublePointer pSrc1, nppc.Npp64fc pSrc2, int nLength, nppc.Npp64fc pDp, BytePointer pDeviceBuffer)` 64-bit float and 64-bit float complex dot product method, return value is 64-bit float complex.
`static int`	`nppsDotProd_64fc(nppc.Npp64fc pSrc1, nppc.Npp64fc pSrc2, int nLength, nppc.Npp64fc pDp, byte[] pDeviceBuffer)`
`static int`	`nppsDotProd_64fc(nppc.Npp64fc pSrc1, nppc.Npp64fc pSrc2, int nLength, nppc.Npp64fc pDp, ByteBuffer pDeviceBuffer)`
`static int`	`nppsDotProd_64fc(nppc.Npp64fc pSrc1, nppc.Npp64fc pSrc2, int nLength, nppc.Npp64fc pDp, BytePointer pDeviceBuffer)` 64-bit float complex dot product method, return value is 64-bit float complex.
`static int`	`nppsDotProdGetBufferSize_16s_Sfs(int nLength, int[] hpBufferSize)`
`static int`	`nppsDotProdGetBufferSize_16s_Sfs(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsDotProdGetBufferSize_16s_Sfs(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsDotProd_16s_Sfs.
`static int`	`nppsDotProdGetBufferSize_16s16sc_Sfs(int nLength, int[] hpBufferSize)`
`static int`	`nppsDotProdGetBufferSize_16s16sc_Sfs(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsDotProdGetBufferSize_16s16sc_Sfs(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsDotProd_16s16sc_Sfs.
`static int`	`nppsDotProdGetBufferSize_16s16sc32fc(int nLength, int[] hpBufferSize)`
`static int`	`nppsDotProdGetBufferSize_16s16sc32fc(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsDotProdGetBufferSize_16s16sc32fc(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsDotProd_16s16sc32fc.
`static int`	`nppsDotProdGetBufferSize_16s16sc32sc_Sfs(int nLength, int[] hpBufferSize)`
`static int`	`nppsDotProdGetBufferSize_16s16sc32sc_Sfs(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsDotProdGetBufferSize_16s16sc32sc_Sfs(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsDotProd_16s16sc32sc_Sfs.
`static int`	`nppsDotProdGetBufferSize_16s16sc64sc(int nLength, int[] hpBufferSize)`
`static int`	`nppsDotProdGetBufferSize_16s16sc64sc(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsDotProdGetBufferSize_16s16sc64sc(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsDotProd_16s16sc64sc.
`static int`	`nppsDotProdGetBufferSize_16s32f(int nLength, int[] hpBufferSize)`
`static int`	`nppsDotProdGetBufferSize_16s32f(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsDotProdGetBufferSize_16s32f(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsDotProd_16s32f.
`static int`	`nppsDotProdGetBufferSize_16s32s_Sfs(int nLength, int[] hpBufferSize)`
`static int`	`nppsDotProdGetBufferSize_16s32s_Sfs(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsDotProdGetBufferSize_16s32s_Sfs(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsDotProd_16s32s_Sfs.
`static int`	`nppsDotProdGetBufferSize_16s32s32s_Sfs(int nLength, int[] hpBufferSize)`
`static int`	`nppsDotProdGetBufferSize_16s32s32s_Sfs(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsDotProdGetBufferSize_16s32s32s_Sfs(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsDotProd_16s32s32s_Sfs.
`static int`	`nppsDotProdGetBufferSize_16s64s(int nLength, int[] hpBufferSize)`
`static int`	`nppsDotProdGetBufferSize_16s64s(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsDotProdGetBufferSize_16s64s(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsDotProd_16s64s.
`static int`	`nppsDotProdGetBufferSize_16sc_Sfs(int nLength, int[] hpBufferSize)`
`static int`	`nppsDotProdGetBufferSize_16sc_Sfs(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsDotProdGetBufferSize_16sc_Sfs(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsDotProd_16sc_Sfs.
`static int`	`nppsDotProdGetBufferSize_16sc32fc(int nLength, int[] hpBufferSize)`
`static int`	`nppsDotProdGetBufferSize_16sc32fc(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsDotProdGetBufferSize_16sc32fc(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsDotProd_16sc32fc.
`static int`	`nppsDotProdGetBufferSize_16sc32sc_Sfs(int nLength, int[] hpBufferSize)`
`static int`	`nppsDotProdGetBufferSize_16sc32sc_Sfs(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsDotProdGetBufferSize_16sc32sc_Sfs(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsDotProd_16sc32sc_Sfs.
`static int`	`nppsDotProdGetBufferSize_16sc64sc(int nLength, int[] hpBufferSize)`
`static int`	`nppsDotProdGetBufferSize_16sc64sc(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsDotProdGetBufferSize_16sc64sc(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsDotProd_16sc64sc.
`static int`	`nppsDotProdGetBufferSize_32f(int nLength, int[] hpBufferSize)`
`static int`	`nppsDotProdGetBufferSize_32f(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsDotProdGetBufferSize_32f(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsDotProd_32f.
`static int`	`nppsDotProdGetBufferSize_32f32fc(int nLength, int[] hpBufferSize)`
`static int`	`nppsDotProdGetBufferSize_32f32fc(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsDotProdGetBufferSize_32f32fc(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsDotProd_32f32fc.
`static int`	`nppsDotProdGetBufferSize_32f32fc64fc(int nLength, int[] hpBufferSize)`
`static int`	`nppsDotProdGetBufferSize_32f32fc64fc(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsDotProdGetBufferSize_32f32fc64fc(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsDotProd_32f32fc64fc.
`static int`	`nppsDotProdGetBufferSize_32f64f(int nLength, int[] hpBufferSize)`
`static int`	`nppsDotProdGetBufferSize_32f64f(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsDotProdGetBufferSize_32f64f(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsDotProd_32f64f.
`static int`	`nppsDotProdGetBufferSize_32fc(int nLength, int[] hpBufferSize)`
`static int`	`nppsDotProdGetBufferSize_32fc(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsDotProdGetBufferSize_32fc(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsDotProd_32fc.
`static int`	`nppsDotProdGetBufferSize_32fc64fc(int nLength, int[] hpBufferSize)`
`static int`	`nppsDotProdGetBufferSize_32fc64fc(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsDotProdGetBufferSize_32fc64fc(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsDotProd_32fc64fc.
`static int`	`nppsDotProdGetBufferSize_32s_Sfs(int nLength, int[] hpBufferSize)`
`static int`	`nppsDotProdGetBufferSize_32s_Sfs(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsDotProdGetBufferSize_32s_Sfs(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsDotProd_32s_Sfs.
`static int`	`nppsDotProdGetBufferSize_32s32sc_Sfs(int nLength, int[] hpBufferSize)`
`static int`	`nppsDotProdGetBufferSize_32s32sc_Sfs(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsDotProdGetBufferSize_32s32sc_Sfs(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsDotProd_32s32sc_Sfs.
`static int`	`nppsDotProdGetBufferSize_32sc_Sfs(int nLength, int[] hpBufferSize)`
`static int`	`nppsDotProdGetBufferSize_32sc_Sfs(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsDotProdGetBufferSize_32sc_Sfs(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsDotProd_32sc_Sfs.
`static int`	`nppsDotProdGetBufferSize_64f(int nLength, int[] hpBufferSize)`
`static int`	`nppsDotProdGetBufferSize_64f(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsDotProdGetBufferSize_64f(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsDotProd_64f.
`static int`	`nppsDotProdGetBufferSize_64f64fc(int nLength, int[] hpBufferSize)`
`static int`	`nppsDotProdGetBufferSize_64f64fc(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsDotProdGetBufferSize_64f64fc(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsDotProd_64f64fc.
`static int`	`nppsDotProdGetBufferSize_64fc(int nLength, int[] hpBufferSize)`
`static int`	`nppsDotProdGetBufferSize_64fc(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsDotProdGetBufferSize_64fc(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsDotProd_64fc.
`static int`	`nppsExp_16s_ISfs(short[] pSrcDst, int nLength, int nScaleFactor)`
`static int`	`nppsExp_16s_ISfs(ShortBuffer pSrcDst, int nLength, int nScaleFactor)`
`static int`	`nppsExp_16s_ISfs(ShortPointer pSrcDst, int nLength, int nScaleFactor)` 16-bit signed short signal exponent, scale, then clamp to saturated value.
`static int`	`nppsExp_16s_Sfs(short[] pSrc, short[] pDst, int nLength, int nScaleFactor)`
`static int`	`nppsExp_16s_Sfs(ShortBuffer pSrc, ShortBuffer pDst, int nLength, int nScaleFactor)`
`static int`	`nppsExp_16s_Sfs(ShortPointer pSrc, ShortPointer pDst, int nLength, int nScaleFactor)` 16-bit signed short signal exponent, scale, then clamp to saturated value.
`static int`	`nppsExp_32f_I(float[] pSrcDst, int nLength)`
`static int`	`nppsExp_32f_I(FloatBuffer pSrcDst, int nLength)`
`static int`	`nppsExp_32f_I(FloatPointer pSrcDst, int nLength)` 32-bit floating point signal exponent.
`static int`	`nppsExp_32f(float[] pSrc, float[] pDst, int nLength)`
`static int`	`nppsExp_32f(FloatBuffer pSrc, FloatBuffer pDst, int nLength)`
`static int`	`nppsExp_32f(FloatPointer pSrc, FloatPointer pDst, int nLength)` 32-bit floating point signal exponent.
`static int`	`nppsExp_32f64f(float[] pSrc, double[] pDst, int nLength)`
`static int`	`nppsExp_32f64f(FloatBuffer pSrc, DoubleBuffer pDst, int nLength)`
`static int`	`nppsExp_32f64f(FloatPointer pSrc, DoublePointer pDst, int nLength)` 32-bit floating point signal exponent with 64-bit floating point result.
`static int`	`nppsExp_32s_ISfs(int[] pSrcDst, int nLength, int nScaleFactor)`
`static int`	`nppsExp_32s_ISfs(IntBuffer pSrcDst, int nLength, int nScaleFactor)`
`static int`	`nppsExp_32s_ISfs(IntPointer pSrcDst, int nLength, int nScaleFactor)` 32-bit signed integer signal exponent, scale, then clamp to saturated value.
`static int`	`nppsExp_32s_Sfs(int[] pSrc, int[] pDst, int nLength, int nScaleFactor)`
`static int`	`nppsExp_32s_Sfs(IntBuffer pSrc, IntBuffer pDst, int nLength, int nScaleFactor)`
`static int`	`nppsExp_32s_Sfs(IntPointer pSrc, IntPointer pDst, int nLength, int nScaleFactor)` 32-bit signed integer signal exponent, scale, then clamp to saturated value.
`static int`	`nppsExp_64f_I(double[] pSrcDst, int nLength)`
`static int`	`nppsExp_64f_I(DoubleBuffer pSrcDst, int nLength)`
`static int`	`nppsExp_64f_I(DoublePointer pSrcDst, int nLength)` 64-bit floating point signal exponent.
`static int`	`nppsExp_64f(double[] pSrc, double[] pDst, int nLength)`
`static int`	`nppsExp_64f(DoubleBuffer pSrc, DoubleBuffer pDst, int nLength)`
`static int`	`nppsExp_64f(DoublePointer pSrc, DoublePointer pDst, int nLength)` 64-bit floating point signal exponent.
`static int`	`nppsExp_64s_ISfs(long[] pSrcDst, int nLength, int nScaleFactor)`
`static int`	`nppsExp_64s_ISfs(LongBuffer pSrcDst, int nLength, int nScaleFactor)`
`static int`	`nppsExp_64s_ISfs(LongPointer pSrcDst, int nLength, int nScaleFactor)` 64-bit signed integer signal exponent, scale, then clamp to saturated value.
`static int`	`nppsExp_64s_Sfs(long[] pSrc, long[] pDst, int nLength, int nScaleFactor)`
`static int`	`nppsExp_64s_Sfs(LongBuffer pSrc, LongBuffer pDst, int nLength, int nScaleFactor)`
`static int`	`nppsExp_64s_Sfs(LongPointer pSrc, LongPointer pDst, int nLength, int nScaleFactor)` 64-bit signed integer signal exponent, scale, then clamp to saturated value.
`static void`	`nppsFree(Pointer pValues)` Free method for any signal memory.
`static int`	`nppsIntegral_32s(int[] pSrc, int[] pDst, int nLength, byte[] pDeviceBuffer)`
`static int`	`nppsIntegral_32s(IntBuffer pSrc, IntBuffer pDst, int nLength, ByteBuffer pDeviceBuffer)`
`static int`	`nppsIntegral_32s(IntPointer pSrc, IntPointer pDst, int nLength, BytePointer pDeviceBuffer)`
`static int`	`nppsIntegralGetBufferSize_32s(int nLength, int[] hpBufferSize)`
`static int`	`nppsIntegralGetBufferSize_32s(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsIntegralGetBufferSize_32s(int nLength, IntPointer hpBufferSize)`
`static int`	`nppsLn_16s_ISfs(short[] pSrcDst, int nLength, int nScaleFactor)`
`static int`	`nppsLn_16s_ISfs(ShortBuffer pSrcDst, int nLength, int nScaleFactor)`
`static int`	`nppsLn_16s_ISfs(ShortPointer pSrcDst, int nLength, int nScaleFactor)` 16-bit signed short signal natural logarithm, scale, then clamp to saturated value.
`static int`	`nppsLn_16s_Sfs(short[] pSrc, short[] pDst, int nLength, int nScaleFactor)`
`static int`	`nppsLn_16s_Sfs(ShortBuffer pSrc, ShortBuffer pDst, int nLength, int nScaleFactor)`
`static int`	`nppsLn_16s_Sfs(ShortPointer pSrc, ShortPointer pDst, int nLength, int nScaleFactor)` 16-bit signed short signal natural logarithm, scale, then clamp to saturated value.
`static int`	`nppsLn_32f_I(float[] pSrcDst, int nLength)`
`static int`	`nppsLn_32f_I(FloatBuffer pSrcDst, int nLength)`
`static int`	`nppsLn_32f_I(FloatPointer pSrcDst, int nLength)` 32-bit floating point signal natural logarithm.
`static int`	`nppsLn_32f(float[] pSrc, float[] pDst, int nLength)`
`static int`	`nppsLn_32f(FloatBuffer pSrc, FloatBuffer pDst, int nLength)`
`static int`	`nppsLn_32f(FloatPointer pSrc, FloatPointer pDst, int nLength)` 32-bit floating point signal natural logarithm.
`static int`	`nppsLn_32s_ISfs(int[] pSrcDst, int nLength, int nScaleFactor)`
`static int`	`nppsLn_32s_ISfs(IntBuffer pSrcDst, int nLength, int nScaleFactor)`
`static int`	`nppsLn_32s_ISfs(IntPointer pSrcDst, int nLength, int nScaleFactor)` 32-bit signed integer signal natural logarithm, scale, then clamp to saturated value.
`static int`	`nppsLn_32s_Sfs(int[] pSrc, int[] pDst, int nLength, int nScaleFactor)`
`static int`	`nppsLn_32s_Sfs(IntBuffer pSrc, IntBuffer pDst, int nLength, int nScaleFactor)`
`static int`	`nppsLn_32s_Sfs(IntPointer pSrc, IntPointer pDst, int nLength, int nScaleFactor)` 32-bit signed integer signal natural logarithm, scale, then clamp to saturated value.
`static int`	`nppsLn_32s16s_Sfs(int[] pSrc, short[] pDst, int nLength, int nScaleFactor)`
`static int`	`nppsLn_32s16s_Sfs(IntBuffer pSrc, ShortBuffer pDst, int nLength, int nScaleFactor)`
`static int`	`nppsLn_32s16s_Sfs(IntPointer pSrc, ShortPointer pDst, int nLength, int nScaleFactor)` 32-bit signed integer signal natural logarithm, scale, then clamp to 16-bit signed short saturated value.
`static int`	`nppsLn_64f_I(double[] pSrcDst, int nLength)`
`static int`	`nppsLn_64f_I(DoubleBuffer pSrcDst, int nLength)`
`static int`	`nppsLn_64f_I(DoublePointer pSrcDst, int nLength)` 64-bit floating point signal natural logarithm.
`static int`	`nppsLn_64f(double[] pSrc, double[] pDst, int nLength)`
`static int`	`nppsLn_64f(DoubleBuffer pSrc, DoubleBuffer pDst, int nLength)`
`static int`	`nppsLn_64f(DoublePointer pSrc, DoublePointer pDst, int nLength)` 64-bit floating point signal natural logarithm.
`static int`	`nppsLn_64f32f(double[] pSrc, float[] pDst, int nLength)`
`static int`	`nppsLn_64f32f(DoubleBuffer pSrc, FloatBuffer pDst, int nLength)`
`static int`	`nppsLn_64f32f(DoublePointer pSrc, FloatPointer pDst, int nLength)` 64-bit floating point signal natural logarithm with 32-bit floating point result.
`static int`	`nppsLShiftC_16s_I(int nValue, short[] pSrcDst, int nLength)`
`static int`	`nppsLShiftC_16s_I(int nValue, ShortBuffer pSrcDst, int nLength)`
`static int`	`nppsLShiftC_16s_I(int nValue, ShortPointer pSrcDst, int nLength)` 16-bit signed short in place signal left shift with constant.
`static int`	`nppsLShiftC_16s(short[] pSrc, int nValue, short[] pDst, int nLength)`
`static int`	`nppsLShiftC_16s(ShortBuffer pSrc, int nValue, ShortBuffer pDst, int nLength)`
`static int`	`nppsLShiftC_16s(ShortPointer pSrc, int nValue, ShortPointer pDst, int nLength)` 16-bit signed short signal left shift with constant.
`static int`	`nppsLShiftC_16u_I(int nValue, short[] pSrcDst, int nLength)`
`static int`	`nppsLShiftC_16u_I(int nValue, ShortBuffer pSrcDst, int nLength)`
`static int`	`nppsLShiftC_16u_I(int nValue, ShortPointer pSrcDst, int nLength)` 16-bit unsigned short in place signal left shift with constant.
`static int`	`nppsLShiftC_16u(short[] pSrc, int nValue, short[] pDst, int nLength)`
`static int`	`nppsLShiftC_16u(ShortBuffer pSrc, int nValue, ShortBuffer pDst, int nLength)`
`static int`	`nppsLShiftC_16u(ShortPointer pSrc, int nValue, ShortPointer pDst, int nLength)` 16-bit unsigned short signal left shift with constant.
`static int`	`nppsLShiftC_32s_I(int nValue, int[] pSrcDst, int nLength)`
`static int`	`nppsLShiftC_32s_I(int nValue, IntBuffer pSrcDst, int nLength)`
`static int`	`nppsLShiftC_32s_I(int nValue, IntPointer pSrcDst, int nLength)` 32-bit signed signed integer in place signal left shift with constant.
`static int`	`nppsLShiftC_32s(int[] pSrc, int nValue, int[] pDst, int nLength)`
`static int`	`nppsLShiftC_32s(IntBuffer pSrc, int nValue, IntBuffer pDst, int nLength)`
`static int`	`nppsLShiftC_32s(IntPointer pSrc, int nValue, IntPointer pDst, int nLength)` 32-bit signed integer signal left shift with constant.
`static int`	`nppsLShiftC_32u_I(int nValue, int[] pSrcDst, int nLength)`
`static int`	`nppsLShiftC_32u_I(int nValue, IntBuffer pSrcDst, int nLength)`
`static int`	`nppsLShiftC_32u_I(int nValue, IntPointer pSrcDst, int nLength)` 32-bit unsigned signed integer in place signal left shift with constant.
`static int`	`nppsLShiftC_32u(int[] pSrc, int nValue, int[] pDst, int nLength)`
`static int`	`nppsLShiftC_32u(IntBuffer pSrc, int nValue, IntBuffer pDst, int nLength)`
`static int`	`nppsLShiftC_32u(IntPointer pSrc, int nValue, IntPointer pDst, int nLength)` 32-bit unsigned integer signal left shift with constant.
`static int`	`nppsLShiftC_8u_I(int nValue, byte[] pSrcDst, int nLength)`
`static int`	`nppsLShiftC_8u_I(int nValue, ByteBuffer pSrcDst, int nLength)`
`static int`	`nppsLShiftC_8u_I(int nValue, BytePointer pSrcDst, int nLength)` 8-bit unsigned char in place signal left shift with constant.
`static int`	`nppsLShiftC_8u(byte[] pSrc, int nValue, byte[] pDst, int nLength)`
`static int`	`nppsLShiftC_8u(ByteBuffer pSrc, int nValue, ByteBuffer pDst, int nLength)`
`static int`	`nppsLShiftC_8u(BytePointer pSrc, int nValue, BytePointer pDst, int nLength)` 8-bit unsigned char signal left shift with constant.
`static ShortPointer`	`nppsMalloc_16s(int nSize)` 16-bit signal allocator.
`static nppc.Npp16sc`	`nppsMalloc_16sc(int nSize)` 16-bit complex-value signal allocator.
`static ShortPointer`	`nppsMalloc_16u(int nSize)` 16-bit unsigned signal allocator.
`static FloatPointer`	`nppsMalloc_32f(int nSize)` 32-bit float signal allocator.
`static nppc.Npp32fc`	`nppsMalloc_32fc(int nSize)` 32-bit complex float signal allocator.
`static IntPointer`	`nppsMalloc_32s(int nSize)` 32-bit integer signal allocator.
`static nppc.Npp32sc`	`nppsMalloc_32sc(int nSize)` 32-bit complex integer signal allocator.
`static IntPointer`	`nppsMalloc_32u(int nSize)` 32-bit unsigned signal allocator.
`static DoublePointer`	`nppsMalloc_64f(int nSize)` 64-bit float (double) signal allocator.
`static nppc.Npp64fc`	`nppsMalloc_64fc(int nSize)` 64-bit complex complex signal allocator.
`static LongPointer`	`nppsMalloc_64s(int nSize)` 64-bit long integer signal allocator.
`static nppc.Npp64sc`	`nppsMalloc_64sc(int nSize)` 64-bit complex long integer signal allocator.
`static BytePointer`	`nppsMalloc_8s(int nSize)` 8-bit signed signal allocator.
`static BytePointer`	`nppsMalloc_8u(int nSize)` 8-bit unsigned signal allocator.
`static int`	`nppsMax_16s(short[] pSrc, int nLength, short[] pMax, byte[] pDeviceBuffer)`
`static int`	`nppsMax_16s(ShortBuffer pSrc, int nLength, ShortBuffer pMax, ByteBuffer pDeviceBuffer)`
`static int`	`nppsMax_16s(ShortPointer pSrc, int nLength, ShortPointer pMax, BytePointer pDeviceBuffer)` 16-bit integer vector max method \param pSrc \ref source_signal_pointer.
`static int`	`nppsMax_32f(float[] pSrc, int nLength, float[] pMax, byte[] pDeviceBuffer)`
`static int`	`nppsMax_32f(FloatBuffer pSrc, int nLength, FloatBuffer pMax, ByteBuffer pDeviceBuffer)`
`static int`	`nppsMax_32f(FloatPointer pSrc, int nLength, FloatPointer pMax, BytePointer pDeviceBuffer)` 32-bit float vector max method \param pSrc \ref source_signal_pointer.
`static int`	`nppsMax_32s(int[] pSrc, int nLength, int[] pMax, byte[] pDeviceBuffer)`
`static int`	`nppsMax_32s(IntBuffer pSrc, int nLength, IntBuffer pMax, ByteBuffer pDeviceBuffer)`
`static int`	`nppsMax_32s(IntPointer pSrc, int nLength, IntPointer pMax, BytePointer pDeviceBuffer)` 32-bit integer vector max method \param pSrc \ref source_signal_pointer.
`static int`	`nppsMax_64f(double[] pSrc, int nLength, double[] pMax, byte[] pDeviceBuffer)`
`static int`	`nppsMax_64f(DoubleBuffer pSrc, int nLength, DoubleBuffer pMax, ByteBuffer pDeviceBuffer)`
`static int`	`nppsMax_64f(DoublePointer pSrc, int nLength, DoublePointer pMax, BytePointer pDeviceBuffer)` 64-bit float vector max method \param pSrc \ref source_signal_pointer.
`static int`	`nppsMaxAbs_16s(short[] pSrc, int nLength, short[] pMaxAbs, byte[] pDeviceBuffer)`
`static int`	`nppsMaxAbs_16s(ShortBuffer pSrc, int nLength, ShortBuffer pMaxAbs, ByteBuffer pDeviceBuffer)`
`static int`	`nppsMaxAbs_16s(ShortPointer pSrc, int nLength, ShortPointer pMaxAbs, BytePointer pDeviceBuffer)` 16-bit integer vector max absolute method \param pSrc \ref source_signal_pointer.
`static int`	`nppsMaxAbs_32s(int[] pSrc, int nLength, int[] pMaxAbs, byte[] pDeviceBuffer)`
`static int`	`nppsMaxAbs_32s(IntBuffer pSrc, int nLength, IntBuffer pMaxAbs, ByteBuffer pDeviceBuffer)`
`static int`	`nppsMaxAbs_32s(IntPointer pSrc, int nLength, IntPointer pMaxAbs, BytePointer pDeviceBuffer)` 32-bit integer vector max absolute method \param pSrc \ref source_signal_pointer.
`static int`	`nppsMaxAbsGetBufferSize_16s(int nLength, int[] hpBufferSize)`
`static int`	`nppsMaxAbsGetBufferSize_16s(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsMaxAbsGetBufferSize_16s(int nLength, IntPointer hpBufferSize)` Device scratch buffer size (in bytes) for nppsMaxAbs_16s.
`static int`	`nppsMaxAbsGetBufferSize_32s(int nLength, int[] hpBufferSize)`
`static int`	`nppsMaxAbsGetBufferSize_32s(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsMaxAbsGetBufferSize_32s(int nLength, IntPointer hpBufferSize)` Device scratch buffer size (in bytes) for nppsMaxAbs_32s.
`static int`	`nppsMaxAbsIndx_16s(short[] pSrc, int nLength, short[] pMaxAbs, int[] pIndx, byte[] pDeviceBuffer)`
`static int`	`nppsMaxAbsIndx_16s(ShortBuffer pSrc, int nLength, ShortBuffer pMaxAbs, IntBuffer pIndx, ByteBuffer pDeviceBuffer)`
`static int`	`nppsMaxAbsIndx_16s(ShortPointer pSrc, int nLength, ShortPointer pMaxAbs, IntPointer pIndx, BytePointer pDeviceBuffer)` 16-bit integer vector max absolute index method \param pSrc \ref source_signal_pointer.
`static int`	`nppsMaxAbsIndx_32s(int[] pSrc, int nLength, int[] pMaxAbs, int[] pIndx, byte[] pDeviceBuffer)`
`static int`	`nppsMaxAbsIndx_32s(IntBuffer pSrc, int nLength, IntBuffer pMaxAbs, IntBuffer pIndx, ByteBuffer pDeviceBuffer)`
`static int`	`nppsMaxAbsIndx_32s(IntPointer pSrc, int nLength, IntPointer pMaxAbs, IntPointer pIndx, BytePointer pDeviceBuffer)` 32-bit integer vector max absolute index method \param pSrc \ref source_signal_pointer.
`static int`	`nppsMaxAbsIndxGetBufferSize_16s(int nLength, int[] hpBufferSize)`
`static int`	`nppsMaxAbsIndxGetBufferSize_16s(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsMaxAbsIndxGetBufferSize_16s(int nLength, IntPointer hpBufferSize)` Device scratch buffer size (in bytes) for nppsMaxAbsIndx_16s.
`static int`	`nppsMaxAbsIndxGetBufferSize_32s(int nLength, int[] hpBufferSize)`
`static int`	`nppsMaxAbsIndxGetBufferSize_32s(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsMaxAbsIndxGetBufferSize_32s(int nLength, IntPointer hpBufferSize)` Device scratch buffer size (in bytes) for nppsMaxAbsIndx_32s.
`static int`	`nppsMaxEvery_16s_I(short[] pSrc, short[] pSrcDst, int nLength)`
`static int`	`nppsMaxEvery_16s_I(ShortBuffer pSrc, ShortBuffer pSrcDst, int nLength)`
`static int`	`nppsMaxEvery_16s_I(ShortPointer pSrc, ShortPointer pSrcDst, int nLength)` 16-bit signed short integer in place max value for each pair of elements.
`static int`	`nppsMaxEvery_16u_I(short[] pSrc, short[] pSrcDst, int nLength)`
`static int`	`nppsMaxEvery_16u_I(ShortBuffer pSrc, ShortBuffer pSrcDst, int nLength)`
`static int`	`nppsMaxEvery_16u_I(ShortPointer pSrc, ShortPointer pSrcDst, int nLength)` 16-bit unsigned short integer in place max value for each pair of elements.
`static int`	`nppsMaxEvery_32f_I(float[] pSrc, float[] pSrcDst, int nLength)`
`static int`	`nppsMaxEvery_32f_I(FloatBuffer pSrc, FloatBuffer pSrcDst, int nLength)`
`static int`	`nppsMaxEvery_32f_I(FloatPointer pSrc, FloatPointer pSrcDst, int nLength)` 32-bit floating point in place max value for each pair of elements.
`static int`	`nppsMaxEvery_32s_I(int[] pSrc, int[] pSrcDst, int nLength)`
`static int`	`nppsMaxEvery_32s_I(IntBuffer pSrc, IntBuffer pSrcDst, int nLength)`
`static int`	`nppsMaxEvery_32s_I(IntPointer pSrc, IntPointer pSrcDst, int nLength)` 32-bit signed integer in place max value for each pair of elements.
`static int`	`nppsMaxEvery_8u_I(byte[] pSrc, byte[] pSrcDst, int nLength)`
`static int`	`nppsMaxEvery_8u_I(ByteBuffer pSrc, ByteBuffer pSrcDst, int nLength)`
`static int`	`nppsMaxEvery_8u_I(BytePointer pSrc, BytePointer pSrcDst, int nLength)` 8-bit in place max value for each pair of elements.
`static int`	`nppsMaxGetBufferSize_16s(int nLength, int[] hpBufferSize)`
`static int`	`nppsMaxGetBufferSize_16s(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsMaxGetBufferSize_16s(int nLength, IntPointer hpBufferSize)` Device scratch buffer size (in bytes) for nppsMax_16s.
`static int`	`nppsMaxGetBufferSize_32f(int nLength, int[] hpBufferSize)`
`static int`	`nppsMaxGetBufferSize_32f(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsMaxGetBufferSize_32f(int nLength, IntPointer hpBufferSize)` Device scratch buffer size (in bytes) for nppsMax_32f.
`static int`	`nppsMaxGetBufferSize_32s(int nLength, int[] hpBufferSize)`
`static int`	`nppsMaxGetBufferSize_32s(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsMaxGetBufferSize_32s(int nLength, IntPointer hpBufferSize)` Device scratch buffer size (in bytes) for nppsMax_32s.
`static int`	`nppsMaxGetBufferSize_64f(int nLength, int[] hpBufferSize)`
`static int`	`nppsMaxGetBufferSize_64f(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsMaxGetBufferSize_64f(int nLength, IntPointer hpBufferSize)` Device scratch buffer size (in bytes) for nppsMax_64f.
`static int`	`nppsMaximumError_16s(short[] pSrc1, short[] pSrc2, int nLength, double[] pDst, byte[] pDeviceBuffer)`
`static int`	`nppsMaximumError_16s(ShortBuffer pSrc1, ShortBuffer pSrc2, int nLength, DoubleBuffer pDst, ByteBuffer pDeviceBuffer)`
`static int`	`nppsMaximumError_16s(ShortPointer pSrc1, ShortPointer pSrc2, int nLength, DoublePointer pDst, BytePointer pDeviceBuffer)` 16-bit signed short integer maximum method.
`static int`	`nppsMaximumError_16sc(nppc.Npp16sc pSrc1, nppc.Npp16sc pSrc2, int nLength, double[] pDst, byte[] pDeviceBuffer)`
`static int`	`nppsMaximumError_16sc(nppc.Npp16sc pSrc1, nppc.Npp16sc pSrc2, int nLength, DoubleBuffer pDst, ByteBuffer pDeviceBuffer)`
`static int`	`nppsMaximumError_16sc(nppc.Npp16sc pSrc1, nppc.Npp16sc pSrc2, int nLength, DoublePointer pDst, BytePointer pDeviceBuffer)` 16-bit unsigned short complex integer maximum method.
`static int`	`nppsMaximumError_16u(short[] pSrc1, short[] pSrc2, int nLength, double[] pDst, byte[] pDeviceBuffer)`
`static int`	`nppsMaximumError_16u(ShortBuffer pSrc1, ShortBuffer pSrc2, int nLength, DoubleBuffer pDst, ByteBuffer pDeviceBuffer)`
`static int`	`nppsMaximumError_16u(ShortPointer pSrc1, ShortPointer pSrc2, int nLength, DoublePointer pDst, BytePointer pDeviceBuffer)` 16-bit unsigned short integer maximum method.
`static int`	`nppsMaximumError_32f(float[] pSrc1, float[] pSrc2, int nLength, double[] pDst, byte[] pDeviceBuffer)`
`static int`	`nppsMaximumError_32f(FloatBuffer pSrc1, FloatBuffer pSrc2, int nLength, DoubleBuffer pDst, ByteBuffer pDeviceBuffer)`
`static int`	`nppsMaximumError_32f(FloatPointer pSrc1, FloatPointer pSrc2, int nLength, DoublePointer pDst, BytePointer pDeviceBuffer)` 32-bit floating point maximum method.
`static int`	`nppsMaximumError_32fc(nppc.Npp32fc pSrc1, nppc.Npp32fc pSrc2, int nLength, double[] pDst, byte[] pDeviceBuffer)`
`static int`	`nppsMaximumError_32fc(nppc.Npp32fc pSrc1, nppc.Npp32fc pSrc2, int nLength, DoubleBuffer pDst, ByteBuffer pDeviceBuffer)`
`static int`	`nppsMaximumError_32fc(nppc.Npp32fc pSrc1, nppc.Npp32fc pSrc2, int nLength, DoublePointer pDst, BytePointer pDeviceBuffer)` 32-bit floating point complex maximum method.
`static int`	`nppsMaximumError_32s(int[] pSrc1, int[] pSrc2, int nLength, double[] pDst, byte[] pDeviceBuffer)`
`static int`	`nppsMaximumError_32s(IntBuffer pSrc1, IntBuffer pSrc2, int nLength, DoubleBuffer pDst, ByteBuffer pDeviceBuffer)`
`static int`	`nppsMaximumError_32s(IntPointer pSrc1, IntPointer pSrc2, int nLength, DoublePointer pDst, BytePointer pDeviceBuffer)` 32-bit signed short integer maximum method.
`static int`	`nppsMaximumError_32sc(nppc.Npp32sc pSrc1, nppc.Npp32sc pSrc2, int nLength, double[] pDst, byte[] pDeviceBuffer)`
`static int`	`nppsMaximumError_32sc(nppc.Npp32sc pSrc1, nppc.Npp32sc pSrc2, int nLength, DoubleBuffer pDst, ByteBuffer pDeviceBuffer)`
`static int`	`nppsMaximumError_32sc(nppc.Npp32sc pSrc1, nppc.Npp32sc pSrc2, int nLength, DoublePointer pDst, BytePointer pDeviceBuffer)` 32-bit unsigned short complex integer maximum method.
`static int`	`nppsMaximumError_32u(int[] pSrc1, int[] pSrc2, int nLength, double[] pDst, byte[] pDeviceBuffer)`
`static int`	`nppsMaximumError_32u(IntBuffer pSrc1, IntBuffer pSrc2, int nLength, DoubleBuffer pDst, ByteBuffer pDeviceBuffer)`
`static int`	`nppsMaximumError_32u(IntPointer pSrc1, IntPointer pSrc2, int nLength, DoublePointer pDst, BytePointer pDeviceBuffer)` 32-bit unsigned short integer maximum method.
`static int`	`nppsMaximumError_64f(double[] pSrc1, double[] pSrc2, int nLength, double[] pDst, byte[] pDeviceBuffer)`
`static int`	`nppsMaximumError_64f(DoubleBuffer pSrc1, DoubleBuffer pSrc2, int nLength, DoubleBuffer pDst, ByteBuffer pDeviceBuffer)`
`static int`	`nppsMaximumError_64f(DoublePointer pSrc1, DoublePointer pSrc2, int nLength, DoublePointer pDst, BytePointer pDeviceBuffer)` 64-bit floating point maximum method.
`static int`	`nppsMaximumError_64fc(nppc.Npp64fc pSrc1, nppc.Npp64fc pSrc2, int nLength, double[] pDst, byte[] pDeviceBuffer)`
`static int`	`nppsMaximumError_64fc(nppc.Npp64fc pSrc1, nppc.Npp64fc pSrc2, int nLength, DoubleBuffer pDst, ByteBuffer pDeviceBuffer)`
`static int`	`nppsMaximumError_64fc(nppc.Npp64fc pSrc1, nppc.Npp64fc pSrc2, int nLength, DoublePointer pDst, BytePointer pDeviceBuffer)` 64-bit floating point complex maximum method.
`static int`	`nppsMaximumError_64s(long[] pSrc1, long[] pSrc2, int nLength, double[] pDst, byte[] pDeviceBuffer)`
`static int`	`nppsMaximumError_64s(LongBuffer pSrc1, LongBuffer pSrc2, int nLength, DoubleBuffer pDst, ByteBuffer pDeviceBuffer)`
`static int`	`nppsMaximumError_64s(LongPointer pSrc1, LongPointer pSrc2, int nLength, DoublePointer pDst, BytePointer pDeviceBuffer)` 64-bit signed short integer maximum method.
`static int`	`nppsMaximumError_64sc(nppc.Npp64sc pSrc1, nppc.Npp64sc pSrc2, int nLength, double[] pDst, byte[] pDeviceBuffer)`
`static int`	`nppsMaximumError_64sc(nppc.Npp64sc pSrc1, nppc.Npp64sc pSrc2, int nLength, DoubleBuffer pDst, ByteBuffer pDeviceBuffer)`
`static int`	`nppsMaximumError_64sc(nppc.Npp64sc pSrc1, nppc.Npp64sc pSrc2, int nLength, DoublePointer pDst, BytePointer pDeviceBuffer)` 64-bit unsigned short complex integer maximum method.
`static int`	`nppsMaximumError_8s(byte[] pSrc1, byte[] pSrc2, int nLength, double[] pDst, byte[] pDeviceBuffer)`
`static int`	`nppsMaximumError_8s(ByteBuffer pSrc1, ByteBuffer pSrc2, int nLength, DoubleBuffer pDst, ByteBuffer pDeviceBuffer)`
`static int`	`nppsMaximumError_8s(BytePointer pSrc1, BytePointer pSrc2, int nLength, DoublePointer pDst, BytePointer pDeviceBuffer)` 8-bit signed char maximum method.
`static int`	`nppsMaximumError_8u(byte[] pSrc1, byte[] pSrc2, int nLength, double[] pDst, byte[] pDeviceBuffer)`
`static int`	`nppsMaximumError_8u(ByteBuffer pSrc1, ByteBuffer pSrc2, int nLength, DoubleBuffer pDst, ByteBuffer pDeviceBuffer)`
`static int`	`nppsMaximumError_8u(BytePointer pSrc1, BytePointer pSrc2, int nLength, DoublePointer pDst, BytePointer pDeviceBuffer)` 8-bit unsigned char maximum method.
`static int`	`nppsMaximumErrorGetBufferSize_16s(int nLength, int[] hpBufferSize)`
`static int`	`nppsMaximumErrorGetBufferSize_16s(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsMaximumErrorGetBufferSize_16s(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsMaximumError_16s.
`static int`	`nppsMaximumErrorGetBufferSize_16sc(int nLength, int[] hpBufferSize)`
`static int`	`nppsMaximumErrorGetBufferSize_16sc(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsMaximumErrorGetBufferSize_16sc(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsMaximumError_16sc.
`static int`	`nppsMaximumErrorGetBufferSize_16u(int nLength, int[] hpBufferSize)`
`static int`	`nppsMaximumErrorGetBufferSize_16u(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsMaximumErrorGetBufferSize_16u(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsMaximumError_16u.
`static int`	`nppsMaximumErrorGetBufferSize_32f(int nLength, int[] hpBufferSize)`
`static int`	`nppsMaximumErrorGetBufferSize_32f(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsMaximumErrorGetBufferSize_32f(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsMaximumError_32f.
`static int`	`nppsMaximumErrorGetBufferSize_32fc(int nLength, int[] hpBufferSize)`
`static int`	`nppsMaximumErrorGetBufferSize_32fc(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsMaximumErrorGetBufferSize_32fc(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsMaximumError_32fc.
`static int`	`nppsMaximumErrorGetBufferSize_32s(int nLength, int[] hpBufferSize)`
`static int`	`nppsMaximumErrorGetBufferSize_32s(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsMaximumErrorGetBufferSize_32s(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsMaximumError_32s.
`static int`	`nppsMaximumErrorGetBufferSize_32sc(int nLength, int[] hpBufferSize)`
`static int`	`nppsMaximumErrorGetBufferSize_32sc(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsMaximumErrorGetBufferSize_32sc(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsMaximumError_32sc.
`static int`	`nppsMaximumErrorGetBufferSize_32u(int nLength, int[] hpBufferSize)`
`static int`	`nppsMaximumErrorGetBufferSize_32u(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsMaximumErrorGetBufferSize_32u(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsMaximumError_32u.
`static int`	`nppsMaximumErrorGetBufferSize_64f(int nLength, int[] hpBufferSize)`
`static int`	`nppsMaximumErrorGetBufferSize_64f(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsMaximumErrorGetBufferSize_64f(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsMaximumError_64f.
`static int`	`nppsMaximumErrorGetBufferSize_64fc(int nLength, int[] hpBufferSize)`
`static int`	`nppsMaximumErrorGetBufferSize_64fc(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsMaximumErrorGetBufferSize_64fc(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsMaximumError_64fc.
`static int`	`nppsMaximumErrorGetBufferSize_64s(int nLength, int[] hpBufferSize)`
`static int`	`nppsMaximumErrorGetBufferSize_64s(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsMaximumErrorGetBufferSize_64s(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsMaximumError_64s.
`static int`	`nppsMaximumErrorGetBufferSize_64sc(int nLength, int[] hpBufferSize)`
`static int`	`nppsMaximumErrorGetBufferSize_64sc(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsMaximumErrorGetBufferSize_64sc(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsMaximumError_64sc.
`static int`	`nppsMaximumErrorGetBufferSize_8s(int nLength, int[] hpBufferSize)`
`static int`	`nppsMaximumErrorGetBufferSize_8s(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsMaximumErrorGetBufferSize_8s(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsMaximumError_8s.
`static int`	`nppsMaximumErrorGetBufferSize_8u(int nLength, int[] hpBufferSize)`
`static int`	`nppsMaximumErrorGetBufferSize_8u(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsMaximumErrorGetBufferSize_8u(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsMaximumError_8u.
`static int`	`nppsMaximumRelativeError_16s(short[] pSrc1, short[] pSrc2, int nLength, double[] pDst, byte[] pDeviceBuffer)`
`static int`	`nppsMaximumRelativeError_16s(ShortBuffer pSrc1, ShortBuffer pSrc2, int nLength, DoubleBuffer pDst, ByteBuffer pDeviceBuffer)`
`static int`	`nppsMaximumRelativeError_16s(ShortPointer pSrc1, ShortPointer pSrc2, int nLength, DoublePointer pDst, BytePointer pDeviceBuffer)` 16-bit signed short integer MaximumRelative method.
`static int`	`nppsMaximumRelativeError_16sc(nppc.Npp16sc pSrc1, nppc.Npp16sc pSrc2, int nLength, double[] pDst, byte[] pDeviceBuffer)`
`static int`	`nppsMaximumRelativeError_16sc(nppc.Npp16sc pSrc1, nppc.Npp16sc pSrc2, int nLength, DoubleBuffer pDst, ByteBuffer pDeviceBuffer)`
`static int`	`nppsMaximumRelativeError_16sc(nppc.Npp16sc pSrc1, nppc.Npp16sc pSrc2, int nLength, DoublePointer pDst, BytePointer pDeviceBuffer)` 16-bit unsigned short complex integer MaximumRelative method.
`static int`	`nppsMaximumRelativeError_16u(short[] pSrc1, short[] pSrc2, int nLength, double[] pDst, byte[] pDeviceBuffer)`
`static int`	`nppsMaximumRelativeError_16u(ShortBuffer pSrc1, ShortBuffer pSrc2, int nLength, DoubleBuffer pDst, ByteBuffer pDeviceBuffer)`
`static int`	`nppsMaximumRelativeError_16u(ShortPointer pSrc1, ShortPointer pSrc2, int nLength, DoublePointer pDst, BytePointer pDeviceBuffer)` 16-bit unsigned short integer MaximumRelative method.
`static int`	`nppsMaximumRelativeError_32f(float[] pSrc1, float[] pSrc2, int nLength, double[] pDst, byte[] pDeviceBuffer)`
`static int`	`nppsMaximumRelativeError_32f(FloatBuffer pSrc1, FloatBuffer pSrc2, int nLength, DoubleBuffer pDst, ByteBuffer pDeviceBuffer)`
`static int`	`nppsMaximumRelativeError_32f(FloatPointer pSrc1, FloatPointer pSrc2, int nLength, DoublePointer pDst, BytePointer pDeviceBuffer)` 32-bit floating point MaximumRelative method.
`static int`	`nppsMaximumRelativeError_32fc(nppc.Npp32fc pSrc1, nppc.Npp32fc pSrc2, int nLength, double[] pDst, byte[] pDeviceBuffer)`
`static int`	`nppsMaximumRelativeError_32fc(nppc.Npp32fc pSrc1, nppc.Npp32fc pSrc2, int nLength, DoubleBuffer pDst, ByteBuffer pDeviceBuffer)`
`static int`	`nppsMaximumRelativeError_32fc(nppc.Npp32fc pSrc1, nppc.Npp32fc pSrc2, int nLength, DoublePointer pDst, BytePointer pDeviceBuffer)` 32-bit floating point complex MaximumRelative method.
`static int`	`nppsMaximumRelativeError_32s(int[] pSrc1, int[] pSrc2, int nLength, double[] pDst, byte[] pDeviceBuffer)`
`static int`	`nppsMaximumRelativeError_32s(IntBuffer pSrc1, IntBuffer pSrc2, int nLength, DoubleBuffer pDst, ByteBuffer pDeviceBuffer)`
`static int`	`nppsMaximumRelativeError_32s(IntPointer pSrc1, IntPointer pSrc2, int nLength, DoublePointer pDst, BytePointer pDeviceBuffer)` 32-bit signed short integer MaximumRelative method.
`static int`	`nppsMaximumRelativeError_32sc(nppc.Npp32sc pSrc1, nppc.Npp32sc pSrc2, int nLength, double[] pDst, byte[] pDeviceBuffer)`
`static int`	`nppsMaximumRelativeError_32sc(nppc.Npp32sc pSrc1, nppc.Npp32sc pSrc2, int nLength, DoubleBuffer pDst, ByteBuffer pDeviceBuffer)`
`static int`	`nppsMaximumRelativeError_32sc(nppc.Npp32sc pSrc1, nppc.Npp32sc pSrc2, int nLength, DoublePointer pDst, BytePointer pDeviceBuffer)` 32-bit unsigned short complex integer MaximumRelative method.
`static int`	`nppsMaximumRelativeError_32u(int[] pSrc1, int[] pSrc2, int nLength, double[] pDst, byte[] pDeviceBuffer)`
`static int`	`nppsMaximumRelativeError_32u(IntBuffer pSrc1, IntBuffer pSrc2, int nLength, DoubleBuffer pDst, ByteBuffer pDeviceBuffer)`
`static int`	`nppsMaximumRelativeError_32u(IntPointer pSrc1, IntPointer pSrc2, int nLength, DoublePointer pDst, BytePointer pDeviceBuffer)` 32-bit unsigned short integer MaximumRelative method.
`static int`	`nppsMaximumRelativeError_64f(double[] pSrc1, double[] pSrc2, int nLength, double[] pDst, byte[] pDeviceBuffer)`
`static int`	`nppsMaximumRelativeError_64f(DoubleBuffer pSrc1, DoubleBuffer pSrc2, int nLength, DoubleBuffer pDst, ByteBuffer pDeviceBuffer)`
`static int`	`nppsMaximumRelativeError_64f(DoublePointer pSrc1, DoublePointer pSrc2, int nLength, DoublePointer pDst, BytePointer pDeviceBuffer)` 64-bit floating point MaximumRelative method.
`static int`	`nppsMaximumRelativeError_64fc(nppc.Npp64fc pSrc1, nppc.Npp64fc pSrc2, int nLength, double[] pDst, byte[] pDeviceBuffer)`
`static int`	`nppsMaximumRelativeError_64fc(nppc.Npp64fc pSrc1, nppc.Npp64fc pSrc2, int nLength, DoubleBuffer pDst, ByteBuffer pDeviceBuffer)`
`static int`	`nppsMaximumRelativeError_64fc(nppc.Npp64fc pSrc1, nppc.Npp64fc pSrc2, int nLength, DoublePointer pDst, BytePointer pDeviceBuffer)` 64-bit floating point complex MaximumRelative method.
`static int`	`nppsMaximumRelativeError_64s(long[] pSrc1, long[] pSrc2, int nLength, double[] pDst, byte[] pDeviceBuffer)`
`static int`	`nppsMaximumRelativeError_64s(LongBuffer pSrc1, LongBuffer pSrc2, int nLength, DoubleBuffer pDst, ByteBuffer pDeviceBuffer)`
`static int`	`nppsMaximumRelativeError_64s(LongPointer pSrc1, LongPointer pSrc2, int nLength, DoublePointer pDst, BytePointer pDeviceBuffer)` 64-bit signed short integer MaximumRelative method.
`static int`	`nppsMaximumRelativeError_64sc(nppc.Npp64sc pSrc1, nppc.Npp64sc pSrc2, int nLength, double[] pDst, byte[] pDeviceBuffer)`
`static int`	`nppsMaximumRelativeError_64sc(nppc.Npp64sc pSrc1, nppc.Npp64sc pSrc2, int nLength, DoubleBuffer pDst, ByteBuffer pDeviceBuffer)`
`static int`	`nppsMaximumRelativeError_64sc(nppc.Npp64sc pSrc1, nppc.Npp64sc pSrc2, int nLength, DoublePointer pDst, BytePointer pDeviceBuffer)` 64-bit unsigned short complex integer MaximumRelative method.
`static int`	`nppsMaximumRelativeError_8s(byte[] pSrc1, byte[] pSrc2, int nLength, double[] pDst, byte[] pDeviceBuffer)`
`static int`	`nppsMaximumRelativeError_8s(ByteBuffer pSrc1, ByteBuffer pSrc2, int nLength, DoubleBuffer pDst, ByteBuffer pDeviceBuffer)`
`static int`	`nppsMaximumRelativeError_8s(BytePointer pSrc1, BytePointer pSrc2, int nLength, DoublePointer pDst, BytePointer pDeviceBuffer)` 8-bit signed char MaximumRelative method.
`static int`	`nppsMaximumRelativeError_8u(byte[] pSrc1, byte[] pSrc2, int nLength, double[] pDst, byte[] pDeviceBuffer)`
`static int`	`nppsMaximumRelativeError_8u(ByteBuffer pSrc1, ByteBuffer pSrc2, int nLength, DoubleBuffer pDst, ByteBuffer pDeviceBuffer)`
`static int`	`nppsMaximumRelativeError_8u(BytePointer pSrc1, BytePointer pSrc2, int nLength, DoublePointer pDst, BytePointer pDeviceBuffer)` 8-bit unsigned char MaximumRelative method.
`static int`	`nppsMaximumRelativeErrorGetBufferSize_16s(int nLength, int[] hpBufferSize)`
`static int`	`nppsMaximumRelativeErrorGetBufferSize_16s(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsMaximumRelativeErrorGetBufferSize_16s(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsMaximumRelativeError_16s.
`static int`	`nppsMaximumRelativeErrorGetBufferSize_16sc(int nLength, int[] hpBufferSize)`
`static int`	`nppsMaximumRelativeErrorGetBufferSize_16sc(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsMaximumRelativeErrorGetBufferSize_16sc(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsMaximumRelativeError_16sc.
`static int`	`nppsMaximumRelativeErrorGetBufferSize_16u(int nLength, int[] hpBufferSize)`
`static int`	`nppsMaximumRelativeErrorGetBufferSize_16u(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsMaximumRelativeErrorGetBufferSize_16u(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsMaximumRelativeError_16u.
`static int`	`nppsMaximumRelativeErrorGetBufferSize_32f(int nLength, int[] hpBufferSize)`
`static int`	`nppsMaximumRelativeErrorGetBufferSize_32f(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsMaximumRelativeErrorGetBufferSize_32f(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsMaximumRelativeError_32f.
`static int`	`nppsMaximumRelativeErrorGetBufferSize_32fc(int nLength, int[] hpBufferSize)`
`static int`	`nppsMaximumRelativeErrorGetBufferSize_32fc(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsMaximumRelativeErrorGetBufferSize_32fc(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsMaximumRelativeError_32fc.
`static int`	`nppsMaximumRelativeErrorGetBufferSize_32s(int nLength, int[] hpBufferSize)`
`static int`	`nppsMaximumRelativeErrorGetBufferSize_32s(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsMaximumRelativeErrorGetBufferSize_32s(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsMaximumRelativeError_32s.
`static int`	`nppsMaximumRelativeErrorGetBufferSize_32sc(int nLength, int[] hpBufferSize)`
`static int`	`nppsMaximumRelativeErrorGetBufferSize_32sc(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsMaximumRelativeErrorGetBufferSize_32sc(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsMaximumRelativeError_32sc.
`static int`	`nppsMaximumRelativeErrorGetBufferSize_32u(int nLength, int[] hpBufferSize)`
`static int`	`nppsMaximumRelativeErrorGetBufferSize_32u(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsMaximumRelativeErrorGetBufferSize_32u(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsMaximumRelativeError_32u.
`static int`	`nppsMaximumRelativeErrorGetBufferSize_64f(int nLength, int[] hpBufferSize)`
`static int`	`nppsMaximumRelativeErrorGetBufferSize_64f(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsMaximumRelativeErrorGetBufferSize_64f(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsMaximumRelativeError_64f.
`static int`	`nppsMaximumRelativeErrorGetBufferSize_64fc(int nLength, int[] hpBufferSize)`
`static int`	`nppsMaximumRelativeErrorGetBufferSize_64fc(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsMaximumRelativeErrorGetBufferSize_64fc(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsMaximumRelativeError_64fc.
`static int`	`nppsMaximumRelativeErrorGetBufferSize_64s(int nLength, int[] hpBufferSize)`
`static int`	`nppsMaximumRelativeErrorGetBufferSize_64s(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsMaximumRelativeErrorGetBufferSize_64s(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsMaximumRelativeError_64s.
`static int`	`nppsMaximumRelativeErrorGetBufferSize_64sc(int nLength, int[] hpBufferSize)`
`static int`	`nppsMaximumRelativeErrorGetBufferSize_64sc(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsMaximumRelativeErrorGetBufferSize_64sc(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsMaximumRelativeError_64sc.
`static int`	`nppsMaximumRelativeErrorGetBufferSize_8s(int nLength, int[] hpBufferSize)`
`static int`	`nppsMaximumRelativeErrorGetBufferSize_8s(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsMaximumRelativeErrorGetBufferSize_8s(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsMaximumRelativeError_8s.
`static int`	`nppsMaximumRelativeErrorGetBufferSize_8u(int nLength, int[] hpBufferSize)`
`static int`	`nppsMaximumRelativeErrorGetBufferSize_8u(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsMaximumRelativeErrorGetBufferSize_8u(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsMaximumRelativeError_8u.
`static int`	`nppsMaxIndx_16s(short[] pSrc, int nLength, short[] pMax, int[] pIndx, byte[] pDeviceBuffer)`
`static int`	`nppsMaxIndx_16s(ShortBuffer pSrc, int nLength, ShortBuffer pMax, IntBuffer pIndx, ByteBuffer pDeviceBuffer)`
`static int`	`nppsMaxIndx_16s(ShortPointer pSrc, int nLength, ShortPointer pMax, IntPointer pIndx, BytePointer pDeviceBuffer)` 16-bit integer vector max index method \param pSrc \ref source_signal_pointer.
`static int`	`nppsMaxIndx_32f(float[] pSrc, int nLength, float[] pMax, int[] pIndx, byte[] pDeviceBuffer)`
`static int`	`nppsMaxIndx_32f(FloatBuffer pSrc, int nLength, FloatBuffer pMax, IntBuffer pIndx, ByteBuffer pDeviceBuffer)`
`static int`	`nppsMaxIndx_32f(FloatPointer pSrc, int nLength, FloatPointer pMax, IntPointer pIndx, BytePointer pDeviceBuffer)` 32-bit float vector max index method \param pSrc \ref source_signal_pointer.
`static int`	`nppsMaxIndx_32s(int[] pSrc, int nLength, int[] pMax, int[] pIndx, byte[] pDeviceBuffer)`
`static int`	`nppsMaxIndx_32s(IntBuffer pSrc, int nLength, IntBuffer pMax, IntBuffer pIndx, ByteBuffer pDeviceBuffer)`
`static int`	`nppsMaxIndx_32s(IntPointer pSrc, int nLength, IntPointer pMax, IntPointer pIndx, BytePointer pDeviceBuffer)` 32-bit integer vector max index method \param pSrc \ref source_signal_pointer.
`static int`	`nppsMaxIndx_64f(double[] pSrc, int nLength, double[] pMax, int[] pIndx, byte[] pDeviceBuffer)`
`static int`	`nppsMaxIndx_64f(DoubleBuffer pSrc, int nLength, DoubleBuffer pMax, IntBuffer pIndx, ByteBuffer pDeviceBuffer)`
`static int`	`nppsMaxIndx_64f(DoublePointer pSrc, int nLength, DoublePointer pMax, IntPointer pIndx, BytePointer pDeviceBuffer)` 64-bit float vector max index method \param pSrc \ref source_signal_pointer.
`static int`	`nppsMaxIndxGetBufferSize_16s(int nLength, int[] hpBufferSize)`
`static int`	`nppsMaxIndxGetBufferSize_16s(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsMaxIndxGetBufferSize_16s(int nLength, IntPointer hpBufferSize)` Device scratch buffer size (in bytes) for nppsMaxIndx_16s.
`static int`	`nppsMaxIndxGetBufferSize_32f(int nLength, int[] hpBufferSize)`
`static int`	`nppsMaxIndxGetBufferSize_32f(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsMaxIndxGetBufferSize_32f(int nLength, IntPointer hpBufferSize)` Device scratch buffer size (in bytes) for nppsMaxIndx_32f.
`static int`	`nppsMaxIndxGetBufferSize_32s(int nLength, int[] hpBufferSize)`
`static int`	`nppsMaxIndxGetBufferSize_32s(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsMaxIndxGetBufferSize_32s(int nLength, IntPointer hpBufferSize)` Device scratch buffer size (in bytes) for nppsMaxIndx_32s.
`static int`	`nppsMaxIndxGetBufferSize_64f(int nLength, int[] hpBufferSize)`
`static int`	`nppsMaxIndxGetBufferSize_64f(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsMaxIndxGetBufferSize_64f(int nLength, IntPointer hpBufferSize)` Device scratch buffer size (in bytes) for nppsMaxIndx_64f.
`static int`	`nppsMean_16s_Sfs(short[] pSrc, int nLength, short[] pMean, int nScaleFactor, byte[] pDeviceBuffer)`
`static int`	`nppsMean_16s_Sfs(ShortBuffer pSrc, int nLength, ShortBuffer pMean, int nScaleFactor, ByteBuffer pDeviceBuffer)`
`static int`	`nppsMean_16s_Sfs(ShortPointer pSrc, int nLength, ShortPointer pMean, int nScaleFactor, BytePointer pDeviceBuffer)` 16-bit short vector mean with integer scaling method \param pSrc \ref source_signal_pointer.
`static int`	`nppsMean_16sc_Sfs(nppc.Npp16sc pSrc, int nLength, nppc.Npp16sc pMean, int nScaleFactor, byte[] pDeviceBuffer)`
`static int`	`nppsMean_16sc_Sfs(nppc.Npp16sc pSrc, int nLength, nppc.Npp16sc pMean, int nScaleFactor, ByteBuffer pDeviceBuffer)`
`static int`	`nppsMean_16sc_Sfs(nppc.Npp16sc pSrc, int nLength, nppc.Npp16sc pMean, int nScaleFactor, BytePointer pDeviceBuffer)` 16-bit short complex vector mean with integer scaling method \param pSrc \ref source_signal_pointer.
`static int`	`nppsMean_32f(float[] pSrc, int nLength, float[] pMean, byte[] pDeviceBuffer)`
`static int`	`nppsMean_32f(FloatBuffer pSrc, int nLength, FloatBuffer pMean, ByteBuffer pDeviceBuffer)`
`static int`	`nppsMean_32f(FloatPointer pSrc, int nLength, FloatPointer pMean, BytePointer pDeviceBuffer)` 32-bit float vector mean method \param pSrc \ref source_signal_pointer.
`static int`	`nppsMean_32fc(nppc.Npp32fc pSrc, int nLength, nppc.Npp32fc pMean, byte[] pDeviceBuffer)`
`static int`	`nppsMean_32fc(nppc.Npp32fc pSrc, int nLength, nppc.Npp32fc pMean, ByteBuffer pDeviceBuffer)`
`static int`	`nppsMean_32fc(nppc.Npp32fc pSrc, int nLength, nppc.Npp32fc pMean, BytePointer pDeviceBuffer)` 32-bit float complex vector mean method \param pSrc \ref source_signal_pointer.
`static int`	`nppsMean_32s_Sfs(int[] pSrc, int nLength, int[] pMean, int nScaleFactor, byte[] pDeviceBuffer)`
`static int`	`nppsMean_32s_Sfs(IntBuffer pSrc, int nLength, IntBuffer pMean, int nScaleFactor, ByteBuffer pDeviceBuffer)`
`static int`	`nppsMean_32s_Sfs(IntPointer pSrc, int nLength, IntPointer pMean, int nScaleFactor, BytePointer pDeviceBuffer)` 32-bit integer vector mean with integer scaling method \param pSrc \ref source_signal_pointer.
`static int`	`nppsMean_64f(double[] pSrc, int nLength, double[] pMean, byte[] pDeviceBuffer)`
`static int`	`nppsMean_64f(DoubleBuffer pSrc, int nLength, DoubleBuffer pMean, ByteBuffer pDeviceBuffer)`
`static int`	`nppsMean_64f(DoublePointer pSrc, int nLength, DoublePointer pMean, BytePointer pDeviceBuffer)` 64-bit double vector mean method \param pSrc \ref source_signal_pointer.
`static int`	`nppsMean_64fc(nppc.Npp64fc pSrc, int nLength, nppc.Npp64fc pMean, byte[] pDeviceBuffer)`
`static int`	`nppsMean_64fc(nppc.Npp64fc pSrc, int nLength, nppc.Npp64fc pMean, ByteBuffer pDeviceBuffer)`
`static int`	`nppsMean_64fc(nppc.Npp64fc pSrc, int nLength, nppc.Npp64fc pMean, BytePointer pDeviceBuffer)` 64-bit double complex vector mean method \param pSrc \ref source_signal_pointer.
`static int`	`nppsMeanGetBufferSize_16s_Sfs(int nLength, int[] hpBufferSize)`
`static int`	`nppsMeanGetBufferSize_16s_Sfs(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsMeanGetBufferSize_16s_Sfs(int nLength, IntPointer hpBufferSize)` Device scratch buffer size (in bytes) for nppsMean_16s_Sfs.
`static int`	`nppsMeanGetBufferSize_16sc_Sfs(int nLength, int[] hpBufferSize)`
`static int`	`nppsMeanGetBufferSize_16sc_Sfs(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsMeanGetBufferSize_16sc_Sfs(int nLength, IntPointer hpBufferSize)` Device scratch buffer size (in bytes) for nppsMean_16sc_Sfs.
`static int`	`nppsMeanGetBufferSize_32f(int nLength, int[] hpBufferSize)`
`static int`	`nppsMeanGetBufferSize_32f(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsMeanGetBufferSize_32f(int nLength, IntPointer hpBufferSize)` Device scratch buffer size (in bytes) for nppsMean_32f.
`static int`	`nppsMeanGetBufferSize_32fc(int nLength, int[] hpBufferSize)`
`static int`	`nppsMeanGetBufferSize_32fc(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsMeanGetBufferSize_32fc(int nLength, IntPointer hpBufferSize)` Device scratch buffer size (in bytes) for nppsMean_32fc.
`static int`	`nppsMeanGetBufferSize_32s_Sfs(int nLength, int[] hpBufferSize)`
`static int`	`nppsMeanGetBufferSize_32s_Sfs(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsMeanGetBufferSize_32s_Sfs(int nLength, IntPointer hpBufferSize)` Device scratch buffer size (in bytes) for nppsMean_32s_Sfs.
`static int`	`nppsMeanGetBufferSize_64f(int nLength, int[] hpBufferSize)`
`static int`	`nppsMeanGetBufferSize_64f(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsMeanGetBufferSize_64f(int nLength, IntPointer hpBufferSize)` Device scratch buffer size (in bytes) for nppsMean_64f.
`static int`	`nppsMeanGetBufferSize_64fc(int nLength, int[] hpBufferSize)`
`static int`	`nppsMeanGetBufferSize_64fc(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsMeanGetBufferSize_64fc(int nLength, IntPointer hpBufferSize)` Device scratch buffer size (in bytes) for nppsMean_64fc.
`static int`	`nppsMeanStdDev_16s_Sfs(short[] pSrc, int nLength, short[] pMean, short[] pStdDev, int nScaleFactor, byte[] pDeviceBuffer)`
`static int`	`nppsMeanStdDev_16s_Sfs(ShortBuffer pSrc, int nLength, ShortBuffer pMean, ShortBuffer pStdDev, int nScaleFactor, ByteBuffer pDeviceBuffer)`
`static int`	`nppsMeanStdDev_16s_Sfs(ShortPointer pSrc, int nLength, ShortPointer pMean, ShortPointer pStdDev, int nScaleFactor, BytePointer pDeviceBuffer)` 16-bit float vector mean and standard deviation method (return values are also 16-bit) \param pSrc \ref source_signal_pointer.
`static int`	`nppsMeanStdDev_16s32s_Sfs(short[] pSrc, int nLength, int[] pMean, int[] pStdDev, int nScaleFactor, byte[] pDeviceBuffer)`
`static int`	`nppsMeanStdDev_16s32s_Sfs(ShortBuffer pSrc, int nLength, IntBuffer pMean, IntBuffer pStdDev, int nScaleFactor, ByteBuffer pDeviceBuffer)`
`static int`	`nppsMeanStdDev_16s32s_Sfs(ShortPointer pSrc, int nLength, IntPointer pMean, IntPointer pStdDev, int nScaleFactor, BytePointer pDeviceBuffer)` 16-bit float vector mean and standard deviation method (return values are 32-bit) \param pSrc \ref source_signal_pointer.
`static int`	`nppsMeanStdDev_32f(float[] pSrc, int nLength, float[] pMean, float[] pStdDev, byte[] pDeviceBuffer)`
`static int`	`nppsMeanStdDev_32f(FloatBuffer pSrc, int nLength, FloatBuffer pMean, FloatBuffer pStdDev, ByteBuffer pDeviceBuffer)`
`static int`	`nppsMeanStdDev_32f(FloatPointer pSrc, int nLength, FloatPointer pMean, FloatPointer pStdDev, BytePointer pDeviceBuffer)` 32-bit float vector mean and standard deviation method \param pSrc \ref source_signal_pointer.
`static int`	`nppsMeanStdDev_64f(double[] pSrc, int nLength, double[] pMean, double[] pStdDev, byte[] pDeviceBuffer)`
`static int`	`nppsMeanStdDev_64f(DoubleBuffer pSrc, int nLength, DoubleBuffer pMean, DoubleBuffer pStdDev, ByteBuffer pDeviceBuffer)`
`static int`	`nppsMeanStdDev_64f(DoublePointer pSrc, int nLength, DoublePointer pMean, DoublePointer pStdDev, BytePointer pDeviceBuffer)` 64-bit float vector mean and standard deviation method \param pSrc \ref source_signal_pointer.
`static int`	`nppsMeanStdDevGetBufferSize_16s_Sfs(int nLength, int[] hpBufferSize)`
`static int`	`nppsMeanStdDevGetBufferSize_16s_Sfs(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsMeanStdDevGetBufferSize_16s_Sfs(int nLength, IntPointer hpBufferSize)` Device scratch buffer size (in bytes) for nppsMeanStdDev_16s_Sfs.
`static int`	`nppsMeanStdDevGetBufferSize_16s32s_Sfs(int nLength, int[] hpBufferSize)`
`static int`	`nppsMeanStdDevGetBufferSize_16s32s_Sfs(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsMeanStdDevGetBufferSize_16s32s_Sfs(int nLength, IntPointer hpBufferSize)` Device scratch buffer size (in bytes) for nppsMeanStdDev_16s32s_Sfs.
`static int`	`nppsMeanStdDevGetBufferSize_32f(int nLength, int[] hpBufferSize)`
`static int`	`nppsMeanStdDevGetBufferSize_32f(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsMeanStdDevGetBufferSize_32f(int nLength, IntPointer hpBufferSize)` Device scratch buffer size (in bytes) for nppsMeanStdDev_32f.
`static int`	`nppsMeanStdDevGetBufferSize_64f(int nLength, int[] hpBufferSize)`
`static int`	`nppsMeanStdDevGetBufferSize_64f(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsMeanStdDevGetBufferSize_64f(int nLength, IntPointer hpBufferSize)` Device scratch buffer size (in bytes) for nppsMeanStdDev_64f.
`static int`	`nppsMin_16s(short[] pSrc, int nLength, short[] pMin, byte[] pDeviceBuffer)`
`static int`	`nppsMin_16s(ShortBuffer pSrc, int nLength, ShortBuffer pMin, ByteBuffer pDeviceBuffer)`
`static int`	`nppsMin_16s(ShortPointer pSrc, int nLength, ShortPointer pMin, BytePointer pDeviceBuffer)` 16-bit integer vector min method \param pSrc \ref source_signal_pointer.
`static int`	`nppsMin_32f(float[] pSrc, int nLength, float[] pMin, byte[] pDeviceBuffer)`
`static int`	`nppsMin_32f(FloatBuffer pSrc, int nLength, FloatBuffer pMin, ByteBuffer pDeviceBuffer)`
`static int`	`nppsMin_32f(FloatPointer pSrc, int nLength, FloatPointer pMin, BytePointer pDeviceBuffer)` 32-bit integer vector min method \param pSrc \ref source_signal_pointer.
`static int`	`nppsMin_32s(int[] pSrc, int nLength, int[] pMin, byte[] pDeviceBuffer)`
`static int`	`nppsMin_32s(IntBuffer pSrc, int nLength, IntBuffer pMin, ByteBuffer pDeviceBuffer)`
`static int`	`nppsMin_32s(IntPointer pSrc, int nLength, IntPointer pMin, BytePointer pDeviceBuffer)` 32-bit integer vector min method \param pSrc \ref source_signal_pointer.
`static int`	`nppsMin_64f(double[] pSrc, int nLength, double[] pMin, byte[] pDeviceBuffer)`
`static int`	`nppsMin_64f(DoubleBuffer pSrc, int nLength, DoubleBuffer pMin, ByteBuffer pDeviceBuffer)`
`static int`	`nppsMin_64f(DoublePointer pSrc, int nLength, DoublePointer pMin, BytePointer pDeviceBuffer)` 64-bit integer vector min method \param pSrc \ref source_signal_pointer.
`static int`	`nppsMinAbs_16s(short[] pSrc, int nLength, short[] pMinAbs, byte[] pDeviceBuffer)`
`static int`	`nppsMinAbs_16s(ShortBuffer pSrc, int nLength, ShortBuffer pMinAbs, ByteBuffer pDeviceBuffer)`
`static int`	`nppsMinAbs_16s(ShortPointer pSrc, int nLength, ShortPointer pMinAbs, BytePointer pDeviceBuffer)` 16-bit integer vector min absolute method \param pSrc \ref source_signal_pointer.
`static int`	`nppsMinAbs_32s(int[] pSrc, int nLength, int[] pMinAbs, byte[] pDeviceBuffer)`
`static int`	`nppsMinAbs_32s(IntBuffer pSrc, int nLength, IntBuffer pMinAbs, ByteBuffer pDeviceBuffer)`
`static int`	`nppsMinAbs_32s(IntPointer pSrc, int nLength, IntPointer pMinAbs, BytePointer pDeviceBuffer)` 32-bit integer vector min absolute method \param pSrc \ref source_signal_pointer.
`static int`	`nppsMinAbsGetBufferSize_16s(int nLength, int[] hpBufferSize)`
`static int`	`nppsMinAbsGetBufferSize_16s(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsMinAbsGetBufferSize_16s(int nLength, IntPointer hpBufferSize)` Device scratch buffer size (in bytes) for nppsMinAbs_16s.
`static int`	`nppsMinAbsGetBufferSize_32s(int nLength, int[] hpBufferSize)`
`static int`	`nppsMinAbsGetBufferSize_32s(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsMinAbsGetBufferSize_32s(int nLength, IntPointer hpBufferSize)` Device scratch buffer size (in bytes) for nppsMinAbs_32s.
`static int`	`nppsMinAbsIndx_16s(short[] pSrc, int nLength, short[] pMinAbs, int[] pIndx, byte[] pDeviceBuffer)`
`static int`	`nppsMinAbsIndx_16s(ShortBuffer pSrc, int nLength, ShortBuffer pMinAbs, IntBuffer pIndx, ByteBuffer pDeviceBuffer)`
`static int`	`nppsMinAbsIndx_16s(ShortPointer pSrc, int nLength, ShortPointer pMinAbs, IntPointer pIndx, BytePointer pDeviceBuffer)` 16-bit integer vector min absolute index method \param pSrc \ref source_signal_pointer.
`static int`	`nppsMinAbsIndx_32s(int[] pSrc, int nLength, int[] pMinAbs, int[] pIndx, byte[] pDeviceBuffer)`
`static int`	`nppsMinAbsIndx_32s(IntBuffer pSrc, int nLength, IntBuffer pMinAbs, IntBuffer pIndx, ByteBuffer pDeviceBuffer)`
`static int`	`nppsMinAbsIndx_32s(IntPointer pSrc, int nLength, IntPointer pMinAbs, IntPointer pIndx, BytePointer pDeviceBuffer)` 32-bit integer vector min absolute index method \param pSrc \ref source_signal_pointer.
`static int`	`nppsMinAbsIndxGetBufferSize_16s(int nLength, int[] hpBufferSize)`
`static int`	`nppsMinAbsIndxGetBufferSize_16s(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsMinAbsIndxGetBufferSize_16s(int nLength, IntPointer hpBufferSize)` Device scratch buffer size (in bytes) for nppsMinAbsIndx_16s.
`static int`	`nppsMinAbsIndxGetBufferSize_32s(int nLength, int[] hpBufferSize)`
`static int`	`nppsMinAbsIndxGetBufferSize_32s(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsMinAbsIndxGetBufferSize_32s(int nLength, IntPointer hpBufferSize)` Device scratch buffer size (in bytes) for nppsMinAbsIndx_32s.
`static int`	`nppsMinEvery_16s_I(short[] pSrc, short[] pSrcDst, int nLength)`
`static int`	`nppsMinEvery_16s_I(ShortBuffer pSrc, ShortBuffer pSrcDst, int nLength)`
`static int`	`nppsMinEvery_16s_I(ShortPointer pSrc, ShortPointer pSrcDst, int nLength)` 16-bit signed short integer in place min value for each pair of elements.
`static int`	`nppsMinEvery_16u_I(short[] pSrc, short[] pSrcDst, int nLength)`
`static int`	`nppsMinEvery_16u_I(ShortBuffer pSrc, ShortBuffer pSrcDst, int nLength)`
`static int`	`nppsMinEvery_16u_I(ShortPointer pSrc, ShortPointer pSrcDst, int nLength)` 16-bit unsigned short integer in place min value for each pair of elements.
`static int`	`nppsMinEvery_32f_I(float[] pSrc, float[] pSrcDst, int nLength)`
`static int`	`nppsMinEvery_32f_I(FloatBuffer pSrc, FloatBuffer pSrcDst, int nLength)`
`static int`	`nppsMinEvery_32f_I(FloatPointer pSrc, FloatPointer pSrcDst, int nLength)` 32-bit floating point in place min value for each pair of elements.
`static int`	`nppsMinEvery_32s_I(int[] pSrc, int[] pSrcDst, int nLength)`
`static int`	`nppsMinEvery_32s_I(IntBuffer pSrc, IntBuffer pSrcDst, int nLength)`
`static int`	`nppsMinEvery_32s_I(IntPointer pSrc, IntPointer pSrcDst, int nLength)` 32-bit signed integer in place min value for each pair of elements.
`static int`	`nppsMinEvery_64f_I(double[] pSrc, double[] pSrcDst, int nLength)`
`static int`	`nppsMinEvery_64f_I(DoubleBuffer pSrc, DoubleBuffer pSrcDst, int nLength)`
`static int`	`nppsMinEvery_64f_I(DoublePointer pSrc, DoublePointer pSrcDst, int nLength)` 64-bit floating point in place min value for each pair of elements.
`static int`	`nppsMinEvery_8u_I(byte[] pSrc, byte[] pSrcDst, int nLength)`
`static int`	`nppsMinEvery_8u_I(ByteBuffer pSrc, ByteBuffer pSrcDst, int nLength)`
`static int`	`nppsMinEvery_8u_I(BytePointer pSrc, BytePointer pSrcDst, int nLength)` 8-bit in place min value for each pair of elements.
`static int`	`nppsMinGetBufferSize_16s(int nLength, int[] hpBufferSize)`
`static int`	`nppsMinGetBufferSize_16s(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsMinGetBufferSize_16s(int nLength, IntPointer hpBufferSize)` Device scratch buffer size (in bytes) for nppsMin_16s.
`static int`	`nppsMinGetBufferSize_32f(int nLength, int[] hpBufferSize)`
`static int`	`nppsMinGetBufferSize_32f(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsMinGetBufferSize_32f(int nLength, IntPointer hpBufferSize)` Device scratch buffer size (in bytes) for nppsMin_32f.
`static int`	`nppsMinGetBufferSize_32s(int nLength, int[] hpBufferSize)`
`static int`	`nppsMinGetBufferSize_32s(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsMinGetBufferSize_32s(int nLength, IntPointer hpBufferSize)` Device scratch buffer size (in bytes) for nppsMin_32s.
`static int`	`nppsMinGetBufferSize_64f(int nLength, int[] hpBufferSize)`
`static int`	`nppsMinGetBufferSize_64f(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsMinGetBufferSize_64f(int nLength, IntPointer hpBufferSize)` Device scratch buffer size (in bytes) for nppsMin_64f.
`static int`	`nppsMinIndx_16s(short[] pSrc, int nLength, short[] pMin, int[] pIndx, byte[] pDeviceBuffer)`
`static int`	`nppsMinIndx_16s(ShortBuffer pSrc, int nLength, ShortBuffer pMin, IntBuffer pIndx, ByteBuffer pDeviceBuffer)`
`static int`	`nppsMinIndx_16s(ShortPointer pSrc, int nLength, ShortPointer pMin, IntPointer pIndx, BytePointer pDeviceBuffer)` 16-bit integer vector min index method \param pSrc \ref source_signal_pointer.
`static int`	`nppsMinIndx_32f(float[] pSrc, int nLength, float[] pMin, int[] pIndx, byte[] pDeviceBuffer)`
`static int`	`nppsMinIndx_32f(FloatBuffer pSrc, int nLength, FloatBuffer pMin, IntBuffer pIndx, ByteBuffer pDeviceBuffer)`
`static int`	`nppsMinIndx_32f(FloatPointer pSrc, int nLength, FloatPointer pMin, IntPointer pIndx, BytePointer pDeviceBuffer)` 32-bit float vector min index method \param pSrc \ref source_signal_pointer.
`static int`	`nppsMinIndx_32s(int[] pSrc, int nLength, int[] pMin, int[] pIndx, byte[] pDeviceBuffer)`
`static int`	`nppsMinIndx_32s(IntBuffer pSrc, int nLength, IntBuffer pMin, IntBuffer pIndx, ByteBuffer pDeviceBuffer)`
`static int`	`nppsMinIndx_32s(IntPointer pSrc, int nLength, IntPointer pMin, IntPointer pIndx, BytePointer pDeviceBuffer)` 32-bit integer vector min index method \param pSrc \ref source_signal_pointer.
`static int`	`nppsMinIndx_64f(double[] pSrc, int nLength, double[] pMin, int[] pIndx, byte[] pDeviceBuffer)`
`static int`	`nppsMinIndx_64f(DoubleBuffer pSrc, int nLength, DoubleBuffer pMin, IntBuffer pIndx, ByteBuffer pDeviceBuffer)`
`static int`	`nppsMinIndx_64f(DoublePointer pSrc, int nLength, DoublePointer pMin, IntPointer pIndx, BytePointer pDeviceBuffer)` 64-bit float vector min index method \param pSrc \ref source_signal_pointer.
`static int`	`nppsMinIndxGetBufferSize_16s(int nLength, int[] hpBufferSize)`
`static int`	`nppsMinIndxGetBufferSize_16s(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsMinIndxGetBufferSize_16s(int nLength, IntPointer hpBufferSize)` Device scratch buffer size (in bytes) for nppsMinIndx_16s.
`static int`	`nppsMinIndxGetBufferSize_32f(int nLength, int[] hpBufferSize)`
`static int`	`nppsMinIndxGetBufferSize_32f(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsMinIndxGetBufferSize_32f(int nLength, IntPointer hpBufferSize)` Device scratch buffer size (in bytes) for nppsMinIndx_32f.
`static int`	`nppsMinIndxGetBufferSize_32s(int nLength, int[] hpBufferSize)`
`static int`	`nppsMinIndxGetBufferSize_32s(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsMinIndxGetBufferSize_32s(int nLength, IntPointer hpBufferSize)` Device scratch buffer size (in bytes) for nppsMinIndx_32s.
`static int`	`nppsMinIndxGetBufferSize_64f(int nLength, int[] hpBufferSize)`
`static int`	`nppsMinIndxGetBufferSize_64f(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsMinIndxGetBufferSize_64f(int nLength, IntPointer hpBufferSize)` Device scratch buffer size (in bytes) for nppsMinIndx_64f.
`static int`	`nppsMinMax_16s(short[] pSrc, int nLength, short[] pMin, short[] pMax, byte[] pDeviceBuffer)`
`static int`	`nppsMinMax_16s(ShortBuffer pSrc, int nLength, ShortBuffer pMin, ShortBuffer pMax, ByteBuffer pDeviceBuffer)`
`static int`	`nppsMinMax_16s(ShortPointer pSrc, int nLength, ShortPointer pMin, ShortPointer pMax, BytePointer pDeviceBuffer)` 16-bit signed short vector min and max method \param pSrc \ref source_signal_pointer.
`static int`	`nppsMinMax_16u(short[] pSrc, int nLength, short[] pMin, short[] pMax, byte[] pDeviceBuffer)`
`static int`	`nppsMinMax_16u(ShortBuffer pSrc, int nLength, ShortBuffer pMin, ShortBuffer pMax, ByteBuffer pDeviceBuffer)`
`static int`	`nppsMinMax_16u(ShortPointer pSrc, int nLength, ShortPointer pMin, ShortPointer pMax, BytePointer pDeviceBuffer)` 16-bit unsigned short vector min and max method \param pSrc \ref source_signal_pointer.
`static int`	`nppsMinMax_32f(float[] pSrc, int nLength, float[] pMin, float[] pMax, byte[] pDeviceBuffer)`
`static int`	`nppsMinMax_32f(FloatBuffer pSrc, int nLength, FloatBuffer pMin, FloatBuffer pMax, ByteBuffer pDeviceBuffer)`
`static int`	`nppsMinMax_32f(FloatPointer pSrc, int nLength, FloatPointer pMin, FloatPointer pMax, BytePointer pDeviceBuffer)` 32-bit float vector min and max method \param pSrc \ref source_signal_pointer.
`static int`	`nppsMinMax_32s(int[] pSrc, int nLength, int[] pMin, int[] pMax, byte[] pDeviceBuffer)`
`static int`	`nppsMinMax_32s(IntBuffer pSrc, int nLength, IntBuffer pMin, IntBuffer pMax, ByteBuffer pDeviceBuffer)`
`static int`	`nppsMinMax_32s(IntPointer pSrc, int nLength, IntPointer pMin, IntPointer pMax, BytePointer pDeviceBuffer)` 32-bit signed int vector min and max method \param pSrc \ref source_signal_pointer.
`static int`	`nppsMinMax_32u(int[] pSrc, int nLength, int[] pMin, int[] pMax, byte[] pDeviceBuffer)`
`static int`	`nppsMinMax_32u(IntBuffer pSrc, int nLength, IntBuffer pMin, IntBuffer pMax, ByteBuffer pDeviceBuffer)`
`static int`	`nppsMinMax_32u(IntPointer pSrc, int nLength, IntPointer pMin, IntPointer pMax, BytePointer pDeviceBuffer)` 32-bit unsigned int vector min and max method \param pSrc \ref source_signal_pointer.
`static int`	`nppsMinMax_64f(double[] pSrc, int nLength, double[] pMin, double[] pMax, byte[] pDeviceBuffer)`
`static int`	`nppsMinMax_64f(DoubleBuffer pSrc, int nLength, DoubleBuffer pMin, DoubleBuffer pMax, ByteBuffer pDeviceBuffer)`
`static int`	`nppsMinMax_64f(DoublePointer pSrc, int nLength, DoublePointer pMin, DoublePointer pMax, BytePointer pDeviceBuffer)` 64-bit double vector min and max method \param pSrc \ref source_signal_pointer.
`static int`	`nppsMinMax_8u(byte[] pSrc, int nLength, byte[] pMin, byte[] pMax, byte[] pDeviceBuffer)`
`static int`	`nppsMinMax_8u(ByteBuffer pSrc, int nLength, ByteBuffer pMin, ByteBuffer pMax, ByteBuffer pDeviceBuffer)`
`static int`	`nppsMinMax_8u(BytePointer pSrc, int nLength, BytePointer pMin, BytePointer pMax, BytePointer pDeviceBuffer)` 8-bit char vector min and max method \param pSrc \ref source_signal_pointer.
`static int`	`nppsMinMaxGetBufferSize_16s(int nLength, int[] hpBufferSize)`
`static int`	`nppsMinMaxGetBufferSize_16s(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsMinMaxGetBufferSize_16s(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsMinMax_16s.
`static int`	`nppsMinMaxGetBufferSize_16u(int nLength, int[] hpBufferSize)`
`static int`	`nppsMinMaxGetBufferSize_16u(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsMinMaxGetBufferSize_16u(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsMinMax_16u.
`static int`	`nppsMinMaxGetBufferSize_32f(int nLength, int[] hpBufferSize)`
`static int`	`nppsMinMaxGetBufferSize_32f(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsMinMaxGetBufferSize_32f(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsMinMax_32f.
`static int`	`nppsMinMaxGetBufferSize_32s(int nLength, int[] hpBufferSize)`
`static int`	`nppsMinMaxGetBufferSize_32s(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsMinMaxGetBufferSize_32s(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsMinMax_32s.
`static int`	`nppsMinMaxGetBufferSize_32u(int nLength, int[] hpBufferSize)`
`static int`	`nppsMinMaxGetBufferSize_32u(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsMinMaxGetBufferSize_32u(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsMinMax_32u.
`static int`	`nppsMinMaxGetBufferSize_64f(int nLength, int[] hpBufferSize)`
`static int`	`nppsMinMaxGetBufferSize_64f(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsMinMaxGetBufferSize_64f(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsMinMax_64f.
`static int`	`nppsMinMaxGetBufferSize_8u(int nLength, int[] hpBufferSize)`
`static int`	`nppsMinMaxGetBufferSize_8u(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsMinMaxGetBufferSize_8u(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsMinMax_8u.
`static int`	`nppsMinMaxIndx_16s(short[] pSrc, int nLength, short[] pMin, int[] pMinIndx, short[] pMax, int[] pMaxIndx, byte[] pDeviceBuffer)`
`static int`	`nppsMinMaxIndx_16s(ShortBuffer pSrc, int nLength, ShortBuffer pMin, IntBuffer pMinIndx, ShortBuffer pMax, IntBuffer pMaxIndx, ByteBuffer pDeviceBuffer)`
`static int`	`nppsMinMaxIndx_16s(ShortPointer pSrc, int nLength, ShortPointer pMin, IntPointer pMinIndx, ShortPointer pMax, IntPointer pMaxIndx, BytePointer pDeviceBuffer)` 16-bit signed short vector min and max with indices method \param pSrc \ref source_signal_pointer.
`static int`	`nppsMinMaxIndx_16u(short[] pSrc, int nLength, short[] pMin, int[] pMinIndx, short[] pMax, int[] pMaxIndx, byte[] pDeviceBuffer)`
`static int`	`nppsMinMaxIndx_16u(ShortBuffer pSrc, int nLength, ShortBuffer pMin, IntBuffer pMinIndx, ShortBuffer pMax, IntBuffer pMaxIndx, ByteBuffer pDeviceBuffer)`
`static int`	`nppsMinMaxIndx_16u(ShortPointer pSrc, int nLength, ShortPointer pMin, IntPointer pMinIndx, ShortPointer pMax, IntPointer pMaxIndx, BytePointer pDeviceBuffer)` 16-bit unsigned short vector min and max with indices method \param pSrc \ref source_signal_pointer.
`static int`	`nppsMinMaxIndx_32f(float[] pSrc, int nLength, float[] pMin, int[] pMinIndx, float[] pMax, int[] pMaxIndx, byte[] pDeviceBuffer)`
`static int`	`nppsMinMaxIndx_32f(FloatBuffer pSrc, int nLength, FloatBuffer pMin, IntBuffer pMinIndx, FloatBuffer pMax, IntBuffer pMaxIndx, ByteBuffer pDeviceBuffer)`
`static int`	`nppsMinMaxIndx_32f(FloatPointer pSrc, int nLength, FloatPointer pMin, IntPointer pMinIndx, FloatPointer pMax, IntPointer pMaxIndx, BytePointer pDeviceBuffer)` 32-bit float vector min and max with indices method \param pSrc \ref source_signal_pointer.
`static int`	`nppsMinMaxIndx_32s(int[] pSrc, int nLength, int[] pMin, int[] pMinIndx, int[] pMax, int[] pMaxIndx, byte[] pDeviceBuffer)`
`static int`	`nppsMinMaxIndx_32s(IntBuffer pSrc, int nLength, IntBuffer pMin, IntBuffer pMinIndx, IntBuffer pMax, IntBuffer pMaxIndx, ByteBuffer pDeviceBuffer)`
`static int`	`nppsMinMaxIndx_32s(IntPointer pSrc, int nLength, IntPointer pMin, IntPointer pMinIndx, IntPointer pMax, IntPointer pMaxIndx, BytePointer pDeviceBuffer)` 32-bit signed short vector min and max with indices method \param pSrc \ref source_signal_pointer.
`static int`	`nppsMinMaxIndx_32u(int[] pSrc, int nLength, int[] pMin, int[] pMinIndx, int[] pMax, int[] pMaxIndx, byte[] pDeviceBuffer)`
`static int`	`nppsMinMaxIndx_32u(IntBuffer pSrc, int nLength, IntBuffer pMin, IntBuffer pMinIndx, IntBuffer pMax, IntBuffer pMaxIndx, ByteBuffer pDeviceBuffer)`
`static int`	`nppsMinMaxIndx_32u(IntPointer pSrc, int nLength, IntPointer pMin, IntPointer pMinIndx, IntPointer pMax, IntPointer pMaxIndx, BytePointer pDeviceBuffer)` 32-bit unsigned short vector min and max with indices method \param pSrc \ref source_signal_pointer.
`static int`	`nppsMinMaxIndx_64f(double[] pSrc, int nLength, double[] pMin, int[] pMinIndx, double[] pMax, int[] pMaxIndx, byte[] pDeviceBuffer)`
`static int`	`nppsMinMaxIndx_64f(DoubleBuffer pSrc, int nLength, DoubleBuffer pMin, IntBuffer pMinIndx, DoubleBuffer pMax, IntBuffer pMaxIndx, ByteBuffer pDeviceBuffer)`
`static int`	`nppsMinMaxIndx_64f(DoublePointer pSrc, int nLength, DoublePointer pMin, IntPointer pMinIndx, DoublePointer pMax, IntPointer pMaxIndx, BytePointer pDeviceBuffer)` 64-bit float vector min and max with indices method \param pSrc \ref source_signal_pointer.
`static int`	`nppsMinMaxIndx_8u(byte[] pSrc, int nLength, byte[] pMin, int[] pMinIndx, byte[] pMax, int[] pMaxIndx, byte[] pDeviceBuffer)`
`static int`	`nppsMinMaxIndx_8u(ByteBuffer pSrc, int nLength, ByteBuffer pMin, IntBuffer pMinIndx, ByteBuffer pMax, IntBuffer pMaxIndx, ByteBuffer pDeviceBuffer)`
`static int`	`nppsMinMaxIndx_8u(BytePointer pSrc, int nLength, BytePointer pMin, IntPointer pMinIndx, BytePointer pMax, IntPointer pMaxIndx, BytePointer pDeviceBuffer)` 8-bit char vector min and max with indices method \param pSrc \ref source_signal_pointer.
`static int`	`nppsMinMaxIndxGetBufferSize_16s(int nLength, int[] hpBufferSize)`
`static int`	`nppsMinMaxIndxGetBufferSize_16s(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsMinMaxIndxGetBufferSize_16s(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsMinMaxIndx_16s.
`static int`	`nppsMinMaxIndxGetBufferSize_16u(int nLength, int[] hpBufferSize)`
`static int`	`nppsMinMaxIndxGetBufferSize_16u(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsMinMaxIndxGetBufferSize_16u(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsMinMaxIndx_16u.
`static int`	`nppsMinMaxIndxGetBufferSize_32f(int nLength, int[] hpBufferSize)`
`static int`	`nppsMinMaxIndxGetBufferSize_32f(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsMinMaxIndxGetBufferSize_32f(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsMinMaxIndx_32f.
`static int`	`nppsMinMaxIndxGetBufferSize_32s(int nLength, int[] hpBufferSize)`
`static int`	`nppsMinMaxIndxGetBufferSize_32s(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsMinMaxIndxGetBufferSize_32s(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsMinMaxIndx_32s.
`static int`	`nppsMinMaxIndxGetBufferSize_32u(int nLength, int[] hpBufferSize)`
`static int`	`nppsMinMaxIndxGetBufferSize_32u(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsMinMaxIndxGetBufferSize_32u(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsMinMaxIndx_32u.
`static int`	`nppsMinMaxIndxGetBufferSize_64f(int nLength, int[] hpBufferSize)`
`static int`	`nppsMinMaxIndxGetBufferSize_64f(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsMinMaxIndxGetBufferSize_64f(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsMinMaxIndx_64f.
`static int`	`nppsMinMaxIndxGetBufferSize_8u(int nLength, int[] hpBufferSize)`
`static int`	`nppsMinMaxIndxGetBufferSize_8u(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsMinMaxIndxGetBufferSize_8u(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsMinMaxIndx_8u.
`static int`	`nppsMul_16s_I(short[] pSrc, short[] pSrcDst, int nLength)`
`static int`	`nppsMul_16s_I(ShortBuffer pSrc, ShortBuffer pSrcDst, int nLength)`
`static int`	`nppsMul_16s_I(ShortPointer pSrc, ShortPointer pSrcDst, int nLength)` 16-bit signed short in place signal times signal, then clamp to saturated value.
`static int`	`nppsMul_16s_ISfs(short[] pSrc, short[] pSrcDst, int nLength, int nScaleFactor)`
`static int`	`nppsMul_16s_ISfs(ShortBuffer pSrc, ShortBuffer pSrcDst, int nLength, int nScaleFactor)`
`static int`	`nppsMul_16s_ISfs(ShortPointer pSrc, ShortPointer pSrcDst, int nLength, int nScaleFactor)` 16-bit signed short in place signal times signal, with scaling, then clamp to saturated value.
`static int`	`nppsMul_16s_Sfs(short[] pSrc1, short[] pSrc2, short[] pDst, int nLength, int nScaleFactor)`
`static int`	`nppsMul_16s_Sfs(ShortBuffer pSrc1, ShortBuffer pSrc2, ShortBuffer pDst, int nLength, int nScaleFactor)`
`static int`	`nppsMul_16s_Sfs(ShortPointer pSrc1, ShortPointer pSrc2, ShortPointer pDst, int nLength, int nScaleFactor)` 16-bit signed short signal times signal, scale, then clamp to saturated value.
`static int`	`nppsMul_16s(short[] pSrc1, short[] pSrc2, short[] pDst, int nLength)`
`static int`	`nppsMul_16s(ShortBuffer pSrc1, ShortBuffer pSrc2, ShortBuffer pDst, int nLength)`
`static int`	`nppsMul_16s(ShortPointer pSrc1, ShortPointer pSrc2, ShortPointer pDst, int nLength)` 16-bit signed short signal times signal, then clamp to saturated value.
`static int`	`nppsMul_16s32f(short[] pSrc1, short[] pSrc2, float[] pDst, int nLength)`
`static int`	`nppsMul_16s32f(ShortBuffer pSrc1, ShortBuffer pSrc2, FloatBuffer pDst, int nLength)`
`static int`	`nppsMul_16s32f(ShortPointer pSrc1, ShortPointer pSrc2, FloatPointer pDst, int nLength)` 16-bit signed short signal times signal with 32-bit floating point result, then clamp to saturated value.
`static int`	`nppsMul_16s32s_Sfs(short[] pSrc1, short[] pSrc2, int[] pDst, int nLength, int nScaleFactor)`
`static int`	`nppsMul_16s32s_Sfs(ShortBuffer pSrc1, ShortBuffer pSrc2, IntBuffer pDst, int nLength, int nScaleFactor)`
`static int`	`nppsMul_16s32s_Sfs(ShortPointer pSrc1, ShortPointer pSrc2, IntPointer pDst, int nLength, int nScaleFactor)` 16-bit signed short signal times signal, scale, then clamp to 32-bit signed saturated value.
`static int`	`nppsMul_16sc_ISfs(nppc.Npp16sc pSrc, nppc.Npp16sc pSrcDst, int nLength, int nScaleFactor)` 16-bit complex signed short in place signal times signal, with scaling, then clamp to saturated value.
`static int`	`nppsMul_16sc_Sfs(nppc.Npp16sc pSrc1, nppc.Npp16sc pSrc2, nppc.Npp16sc pDst, int nLength, int nScaleFactor)` 16-bit signed complex short signal times signal, scale, then clamp to saturated value.
`static int`	`nppsMul_16u_ISfs(short[] pSrc, short[] pSrcDst, int nLength, int nScaleFactor)`
`static int`	`nppsMul_16u_ISfs(ShortBuffer pSrc, ShortBuffer pSrcDst, int nLength, int nScaleFactor)`
`static int`	`nppsMul_16u_ISfs(ShortPointer pSrc, ShortPointer pSrcDst, int nLength, int nScaleFactor)` 16-bit unsigned short in place signal times signal, with scaling, then clamp to saturated value.
`static int`	`nppsMul_16u_Sfs(short[] pSrc1, short[] pSrc2, short[] pDst, int nLength, int nScaleFactor)`
`static int`	`nppsMul_16u_Sfs(ShortBuffer pSrc1, ShortBuffer pSrc2, ShortBuffer pDst, int nLength, int nScaleFactor)`
`static int`	`nppsMul_16u_Sfs(ShortPointer pSrc1, ShortPointer pSrc2, ShortPointer pDst, int nLength, int nScaleFactor)` 16-bit unsigned short signal time signal, scale, then clamp to saturated value.
`static int`	`nppsMul_16u16s_Sfs(short[] pSrc1, short[] pSrc2, short[] pDst, int nLength, int nScaleFactor)`
`static int`	`nppsMul_16u16s_Sfs(ShortBuffer pSrc1, ShortBuffer pSrc2, ShortBuffer pDst, int nLength, int nScaleFactor)`
`static int`	`nppsMul_16u16s_Sfs(ShortPointer pSrc1, ShortPointer pSrc2, ShortPointer pDst, int nLength, int nScaleFactor)` 16-bit unsigned short signal times 16-bit signed short signal, scale, then clamp to 16-bit signed saturated value.
`static int`	`nppsMul_32f_I(float[] pSrc, float[] pSrcDst, int nLength)`
`static int`	`nppsMul_32f_I(FloatBuffer pSrc, FloatBuffer pSrcDst, int nLength)`
`static int`	`nppsMul_32f_I(FloatPointer pSrc, FloatPointer pSrcDst, int nLength)` 32-bit floating point in place signal times signal, then clamp to saturated value.
`static int`	`nppsMul_32f(float[] pSrc1, float[] pSrc2, float[] pDst, int nLength)`
`static int`	`nppsMul_32f(FloatBuffer pSrc1, FloatBuffer pSrc2, FloatBuffer pDst, int nLength)`
`static int`	`nppsMul_32f(FloatPointer pSrc1, FloatPointer pSrc2, FloatPointer pDst, int nLength)` 32-bit floating point signal times signal, then clamp to saturated value.
`static int`	`nppsMul_32f32fc_I(float[] pSrc, nppc.Npp32fc pSrcDst, int nLength)`
`static int`	`nppsMul_32f32fc_I(FloatBuffer pSrc, nppc.Npp32fc pSrcDst, int nLength)`
`static int`	`nppsMul_32f32fc_I(FloatPointer pSrc, nppc.Npp32fc pSrcDst, int nLength)` 32-bit complex floating point in place signal times 32-bit floating point signal, then clamp to 32-bit complex floating point saturated value.
`static int`	`nppsMul_32f32fc(float[] pSrc1, nppc.Npp32fc pSrc2, nppc.Npp32fc pDst, int nLength)`
`static int`	`nppsMul_32f32fc(FloatBuffer pSrc1, nppc.Npp32fc pSrc2, nppc.Npp32fc pDst, int nLength)`
`static int`	`nppsMul_32f32fc(FloatPointer pSrc1, nppc.Npp32fc pSrc2, nppc.Npp32fc pDst, int nLength)` 32-bit floating point signal times 32-bit complex floating point signal with complex 32-bit floating point result, then clamp to saturated value.
`static int`	`nppsMul_32fc_I(nppc.Npp32fc pSrc, nppc.Npp32fc pSrcDst, int nLength)` 32-bit complex floating point in place signal times signal, then clamp to saturated value.
`static int`	`nppsMul_32fc(nppc.Npp32fc pSrc1, nppc.Npp32fc pSrc2, nppc.Npp32fc pDst, int nLength)` 32-bit complex floating point signal times signal, then clamp to saturated value.
`static int`	`nppsMul_32s_ISfs(int[] pSrc, int[] pSrcDst, int nLength, int nScaleFactor)`
`static int`	`nppsMul_32s_ISfs(IntBuffer pSrc, IntBuffer pSrcDst, int nLength, int nScaleFactor)`
`static int`	`nppsMul_32s_ISfs(IntPointer pSrc, IntPointer pSrcDst, int nLength, int nScaleFactor)` 32-bit signed integer in place signal times signal, with scaling, then clamp to saturated value.
`static int`	`nppsMul_32s_Sfs(int[] pSrc1, int[] pSrc2, int[] pDst, int nLength, int nScaleFactor)`
`static int`	`nppsMul_32s_Sfs(IntBuffer pSrc1, IntBuffer pSrc2, IntBuffer pDst, int nLength, int nScaleFactor)`
`static int`	`nppsMul_32s_Sfs(IntPointer pSrc1, IntPointer pSrc2, IntPointer pDst, int nLength, int nScaleFactor)` 32-bit signed integer signal times signal, scale, then clamp to saturated value.
`static int`	`nppsMul_32s32sc_ISfs(int[] pSrc, nppc.Npp32sc pSrcDst, int nLength, int nScaleFactor)`
`static int`	`nppsMul_32s32sc_ISfs(IntBuffer pSrc, nppc.Npp32sc pSrcDst, int nLength, int nScaleFactor)`
`static int`	`nppsMul_32s32sc_ISfs(IntPointer pSrc, nppc.Npp32sc pSrcDst, int nLength, int nScaleFactor)` 32-bit complex signed integer in place signal times 32-bit signed integer signal, with scaling, then clamp to saturated value.
`static int`	`nppsMul_32s32sc_Sfs(int[] pSrc1, nppc.Npp32sc pSrc2, nppc.Npp32sc pDst, int nLength, int nScaleFactor)`
`static int`	`nppsMul_32s32sc_Sfs(IntBuffer pSrc1, nppc.Npp32sc pSrc2, nppc.Npp32sc pDst, int nLength, int nScaleFactor)`
`static int`	`nppsMul_32s32sc_Sfs(IntPointer pSrc1, nppc.Npp32sc pSrc2, nppc.Npp32sc pDst, int nLength, int nScaleFactor)` 32-bit signed integer signal times 32-bit complex signed integer signal, scale, then clamp to 32-bit complex integer saturated value.
`static int`	`nppsMul_32sc_ISfs(nppc.Npp32sc pSrc, nppc.Npp32sc pSrcDst, int nLength, int nScaleFactor)` 32-bit complex signed integer in place signal times signal, with scaling, then clamp to saturated value.
`static int`	`nppsMul_32sc_Sfs(nppc.Npp32sc pSrc1, nppc.Npp32sc pSrc2, nppc.Npp32sc pDst, int nLength, int nScaleFactor)` 32-bit signed complex integer signal times signal, scale, then clamp to saturated value.
`static int`	`nppsMul_64f_I(double[] pSrc, double[] pSrcDst, int nLength)`
`static int`	`nppsMul_64f_I(DoubleBuffer pSrc, DoubleBuffer pSrcDst, int nLength)`
`static int`	`nppsMul_64f_I(DoublePointer pSrc, DoublePointer pSrcDst, int nLength)` 64-bit floating point in place signal times signal, then clamp to saturated value.
`static int`	`nppsMul_64f(double[] pSrc1, double[] pSrc2, double[] pDst, int nLength)`
`static int`	`nppsMul_64f(DoubleBuffer pSrc1, DoubleBuffer pSrc2, DoubleBuffer pDst, int nLength)`
`static int`	`nppsMul_64f(DoublePointer pSrc1, DoublePointer pSrc2, DoublePointer pDst, int nLength)` 64-bit floating point signal times signal, then clamp to saturated value.
`static int`	`nppsMul_64fc_I(nppc.Npp64fc pSrc, nppc.Npp64fc pSrcDst, int nLength)` 64-bit complex floating point in place signal times signal, then clamp to saturated value.
`static int`	`nppsMul_64fc(nppc.Npp64fc pSrc1, nppc.Npp64fc pSrc2, nppc.Npp64fc pDst, int nLength)` 64-bit complex floating point signal times signal, then clamp to saturated value.
`static int`	`nppsMul_8u_ISfs(byte[] pSrc, byte[] pSrcDst, int nLength, int nScaleFactor)`
`static int`	`nppsMul_8u_ISfs(ByteBuffer pSrc, ByteBuffer pSrcDst, int nLength, int nScaleFactor)`
`static int`	`nppsMul_8u_ISfs(BytePointer pSrc, BytePointer pSrcDst, int nLength, int nScaleFactor)` 8-bit unsigned char in place signal times signal, with scaling, then clamp to saturated value.
`static int`	`nppsMul_8u_Sfs(byte[] pSrc1, byte[] pSrc2, byte[] pDst, int nLength, int nScaleFactor)`
`static int`	`nppsMul_8u_Sfs(ByteBuffer pSrc1, ByteBuffer pSrc2, ByteBuffer pDst, int nLength, int nScaleFactor)`
`static int`	`nppsMul_8u_Sfs(BytePointer pSrc1, BytePointer pSrc2, BytePointer pDst, int nLength, int nScaleFactor)` 8-bit unsigned char signal times signal, scale, then clamp to saturated value.
`static int`	`nppsMul_8u16u(byte[] pSrc1, byte[] pSrc2, short[] pDst, int nLength)`
`static int`	`nppsMul_8u16u(ByteBuffer pSrc1, ByteBuffer pSrc2, ShortBuffer pDst, int nLength)`
`static int`	`nppsMul_8u16u(BytePointer pSrc1, BytePointer pSrc2, ShortPointer pDst, int nLength)` 8-bit unsigned char signal times signal with 16-bit unsigned result, then clamp to saturated value.
`static int`	`nppsMul_Low_32s_Sfs(int[] pSrc1, int[] pSrc2, int[] pDst, int nLength, int nScaleFactor)`
`static int`	`nppsMul_Low_32s_Sfs(IntBuffer pSrc1, IntBuffer pSrc2, IntBuffer pDst, int nLength, int nScaleFactor)`
`static int`	`nppsMul_Low_32s_Sfs(IntPointer pSrc1, IntPointer pSrc2, IntPointer pDst, int nLength, int nScaleFactor)` 32-bit signed integer signal times signal, scale, then clamp to saturated value.
`static int`	`nppsMulC_16s_ISfs(short nValue, short[] pSrcDst, int nLength, int nScaleFactor)`
`static int`	`nppsMulC_16s_ISfs(short nValue, ShortBuffer pSrcDst, int nLength, int nScaleFactor)`
`static int`	`nppsMulC_16s_ISfs(short nValue, ShortPointer pSrcDst, int nLength, int nScaleFactor)` 16-bit signed short in place signal times constant, scale, then clamp to saturated value.
`static int`	`nppsMulC_16s_Sfs(short[] pSrc, short nValue, short[] pDst, int nLength, int nScaleFactor)`
`static int`	`nppsMulC_16s_Sfs(ShortBuffer pSrc, short nValue, ShortBuffer pDst, int nLength, int nScaleFactor)`
`static int`	`nppsMulC_16s_Sfs(ShortPointer pSrc, short nValue, ShortPointer pDst, int nLength, int nScaleFactor)` 16-bit signed short signal times constant, scale, then clamp to saturated value.
`static int`	`nppsMulC_16sc_ISfs(nppc.Npp16sc nValue, nppc.Npp16sc pSrcDst, int nLength, int nScaleFactor)` 16-bit integer complex number (16 bit real, 16 bit imaginary)signal times constant, scale, then clamp to saturated value.
`static int`	`nppsMulC_16sc_Sfs(nppc.Npp16sc pSrc, nppc.Npp16sc nValue, nppc.Npp16sc pDst, int nLength, int nScaleFactor)` 16-bit integer complex number (16 bit real, 16 bit imaginary)signal times constant, scale, then clamp to saturated value.
`static int`	`nppsMulC_16u_ISfs(short nValue, short[] pSrcDst, int nLength, int nScaleFactor)`
`static int`	`nppsMulC_16u_ISfs(short nValue, ShortBuffer pSrcDst, int nLength, int nScaleFactor)`
`static int`	`nppsMulC_16u_ISfs(short nValue, ShortPointer pSrcDst, int nLength, int nScaleFactor)` 16-bit unsigned short in place signal times constant, scale, then clamp to saturated value.
`static int`	`nppsMulC_16u_Sfs(short[] pSrc, short nValue, short[] pDst, int nLength, int nScaleFactor)`
`static int`	`nppsMulC_16u_Sfs(ShortBuffer pSrc, short nValue, ShortBuffer pDst, int nLength, int nScaleFactor)`
`static int`	`nppsMulC_16u_Sfs(ShortPointer pSrc, short nValue, ShortPointer pDst, int nLength, int nScaleFactor)` 16-bit unsigned short signal times constant, scale, then clamp to saturated value.
`static int`	`nppsMulC_32f_I(float nValue, float[] pSrcDst, int nLength)`
`static int`	`nppsMulC_32f_I(float nValue, FloatBuffer pSrcDst, int nLength)`
`static int`	`nppsMulC_32f_I(float nValue, FloatPointer pSrcDst, int nLength)` 32-bit floating point in place signal times constant.
`static int`	`nppsMulC_32f(float[] pSrc, float nValue, float[] pDst, int nLength)`
`static int`	`nppsMulC_32f(FloatBuffer pSrc, float nValue, FloatBuffer pDst, int nLength)`
`static int`	`nppsMulC_32f(FloatPointer pSrc, float nValue, FloatPointer pDst, int nLength)` 32-bit floating point signal times constant.
`static int`	`nppsMulC_32f16s_Sfs(float[] pSrc, float nValue, short[] pDst, int nLength, int nScaleFactor)`
`static int`	`nppsMulC_32f16s_Sfs(FloatBuffer pSrc, float nValue, ShortBuffer pDst, int nLength, int nScaleFactor)`
`static int`	`nppsMulC_32f16s_Sfs(FloatPointer pSrc, float nValue, ShortPointer pDst, int nLength, int nScaleFactor)` 32-bit floating point signal times constant with output converted to 16-bit signed integer with scaling and saturation of output result.
`static int`	`nppsMulC_32fc_I(nppc.Npp32fc nValue, nppc.Npp32fc pSrcDst, int nLength)` 32-bit floating point complex number (32 bit real, 32 bit imaginary) in place signal times constant.
`static int`	`nppsMulC_32fc(nppc.Npp32fc pSrc, nppc.Npp32fc nValue, nppc.Npp32fc pDst, int nLength)` 32-bit floating point complex number (32 bit real, 32 bit imaginary) signal times constant.
`static int`	`nppsMulC_32s_ISfs(int nValue, int[] pSrcDst, int nLength, int nScaleFactor)`
`static int`	`nppsMulC_32s_ISfs(int nValue, IntBuffer pSrcDst, int nLength, int nScaleFactor)`
`static int`	`nppsMulC_32s_ISfs(int nValue, IntPointer pSrcDst, int nLength, int nScaleFactor)` 32-bit signed integer in place signal times constant and scale.
`static int`	`nppsMulC_32s_Sfs(int[] pSrc, int nValue, int[] pDst, int nLength, int nScaleFactor)`
`static int`	`nppsMulC_32s_Sfs(IntBuffer pSrc, int nValue, IntBuffer pDst, int nLength, int nScaleFactor)`
`static int`	`nppsMulC_32s_Sfs(IntPointer pSrc, int nValue, IntPointer pDst, int nLength, int nScaleFactor)` 32-bit signed integer signal times constant and scale.
`static int`	`nppsMulC_32sc_ISfs(nppc.Npp32sc nValue, nppc.Npp32sc pSrcDst, int nLength, int nScaleFactor)` 32-bit integer complex number (32 bit real, 32 bit imaginary) in place signal times constant and scale.
`static int`	`nppsMulC_32sc_Sfs(nppc.Npp32sc pSrc, nppc.Npp32sc nValue, nppc.Npp32sc pDst, int nLength, int nScaleFactor)` 32-bit integer complex number (32 bit real, 32 bit imaginary) signal times constant and scale.
`static int`	`nppsMulC_64f_I(double nValue, double[] pSrcDst, int nLength)`
`static int`	`nppsMulC_64f_I(double nValue, DoubleBuffer pSrcDst, int nLength)`
`static int`	`nppsMulC_64f_I(double nValue, DoublePointer pSrcDst, int nLength)` 64-bit floating point, in place signal times constant.
`static int`	`nppsMulC_64f(double[] pSrc, double nValue, double[] pDst, int nLength)`
`static int`	`nppsMulC_64f(DoubleBuffer pSrc, double nValue, DoubleBuffer pDst, int nLength)`
`static int`	`nppsMulC_64f(DoublePointer pSrc, double nValue, DoublePointer pDst, int nLength)` 64-bit floating point signal times constant.
`static int`	`nppsMulC_64f64s_ISfs(double nValue, long[] pDst, int nLength, int nScaleFactor)`
`static int`	`nppsMulC_64f64s_ISfs(double nValue, LongBuffer pDst, int nLength, int nScaleFactor)`
`static int`	`nppsMulC_64f64s_ISfs(double nValue, LongPointer pDst, int nLength, int nScaleFactor)` 64-bit floating point signal times constant with in place conversion to 64-bit signed integer and with scaling and saturation of output result.
`static int`	`nppsMulC_64fc_I(nppc.Npp64fc nValue, nppc.Npp64fc pSrcDst, int nLength)` 64-bit floating point complex number (64 bit real, 64 bit imaginary) in place signal times constant.
`static int`	`nppsMulC_64fc(nppc.Npp64fc pSrc, nppc.Npp64fc nValue, nppc.Npp64fc pDst, int nLength)` 64-bit floating point complex number (64 bit real, 64 bit imaginary) signal times constant.
`static int`	`nppsMulC_8u_ISfs(byte nValue, byte[] pSrcDst, int nLength, int nScaleFactor)`
`static int`	`nppsMulC_8u_ISfs(byte nValue, ByteBuffer pSrcDst, int nLength, int nScaleFactor)`
`static int`	`nppsMulC_8u_ISfs(byte nValue, BytePointer pSrcDst, int nLength, int nScaleFactor)` 8-bit unsigned char in place signal times constant, scale, then clamp to saturated value \param pSrcDst \ref in_place_signal_pointer.
`static int`	`nppsMulC_8u_Sfs(byte[] pSrc, byte nValue, byte[] pDst, int nLength, int nScaleFactor)`
`static int`	`nppsMulC_8u_Sfs(ByteBuffer pSrc, byte nValue, ByteBuffer pDst, int nLength, int nScaleFactor)`
`static int`	`nppsMulC_8u_Sfs(BytePointer pSrc, byte nValue, BytePointer pDst, int nLength, int nScaleFactor)` 8-bit unsigned char signal times constant, scale, then clamp to saturated value.
`static int`	`nppsMulC_Low_32f16s(float[] pSrc, float nValue, short[] pDst, int nLength)`
`static int`	`nppsMulC_Low_32f16s(FloatBuffer pSrc, float nValue, ShortBuffer pDst, int nLength)`
`static int`	`nppsMulC_Low_32f16s(FloatPointer pSrc, float nValue, ShortPointer pDst, int nLength)` 32-bit floating point signal times constant with output converted to 16-bit signed integer.
`static int`	`nppsNorm_Inf_16s32f(short[] pSrc, int nLength, float[] pNorm, byte[] pDeviceBuffer)`
`static int`	`nppsNorm_Inf_16s32f(ShortBuffer pSrc, int nLength, FloatBuffer pNorm, ByteBuffer pDeviceBuffer)`
`static int`	`nppsNorm_Inf_16s32f(ShortPointer pSrc, int nLength, FloatPointer pNorm, BytePointer pDeviceBuffer)` 16-bit signed short integer vector C norm method, return value is 32-bit float.
`static int`	`nppsNorm_Inf_16s32s_Sfs(short[] pSrc, int nLength, int[] pNorm, int nScaleFactor, byte[] pDeviceBuffer)`
`static int`	`nppsNorm_Inf_16s32s_Sfs(ShortBuffer pSrc, int nLength, IntBuffer pNorm, int nScaleFactor, ByteBuffer pDeviceBuffer)`
`static int`	`nppsNorm_Inf_16s32s_Sfs(ShortPointer pSrc, int nLength, IntPointer pNorm, int nScaleFactor, BytePointer pDeviceBuffer)` 16-bit signed short integer vector C norm method, return value is 32-bit signed integer.
`static int`	`nppsNorm_Inf_32f(float[] pSrc, int nLength, float[] pNorm, byte[] pDeviceBuffer)`
`static int`	`nppsNorm_Inf_32f(FloatBuffer pSrc, int nLength, FloatBuffer pNorm, ByteBuffer pDeviceBuffer)`
`static int`	`nppsNorm_Inf_32f(FloatPointer pSrc, int nLength, FloatPointer pNorm, BytePointer pDeviceBuffer)` 32-bit float vector C norm method \param pSrc \ref source_signal_pointer.
`static int`	`nppsNorm_Inf_32fc32f(nppc.Npp32fc pSrc, int nLength, float[] pNorm, byte[] pDeviceBuffer)`
`static int`	`nppsNorm_Inf_32fc32f(nppc.Npp32fc pSrc, int nLength, FloatBuffer pNorm, ByteBuffer pDeviceBuffer)`
`static int`	`nppsNorm_Inf_32fc32f(nppc.Npp32fc pSrc, int nLength, FloatPointer pNorm, BytePointer pDeviceBuffer)` 32-bit float complex vector C norm method, return value is 32-bit float.
`static int`	`nppsNorm_Inf_64f(double[] pSrc, int nLength, double[] pNorm, byte[] pDeviceBuffer)`
`static int`	`nppsNorm_Inf_64f(DoubleBuffer pSrc, int nLength, DoubleBuffer pNorm, ByteBuffer pDeviceBuffer)`
`static int`	`nppsNorm_Inf_64f(DoublePointer pSrc, int nLength, DoublePointer pNorm, BytePointer pDeviceBuffer)` 64-bit float vector C norm method \param pSrc \ref source_signal_pointer.
`static int`	`nppsNorm_Inf_64fc64f(nppc.Npp64fc pSrc, int nLength, double[] pNorm, byte[] pDeviceBuffer)`
`static int`	`nppsNorm_Inf_64fc64f(nppc.Npp64fc pSrc, int nLength, DoubleBuffer pNorm, ByteBuffer pDeviceBuffer)`
`static int`	`nppsNorm_Inf_64fc64f(nppc.Npp64fc pSrc, int nLength, DoublePointer pNorm, BytePointer pDeviceBuffer)` 64-bit float complex vector C norm method, return value is 64-bit float.
`static int`	`nppsNorm_L1_16s32f(short[] pSrc, int nLength, float[] pNorm, byte[] pDeviceBuffer)`
`static int`	`nppsNorm_L1_16s32f(ShortBuffer pSrc, int nLength, FloatBuffer pNorm, ByteBuffer pDeviceBuffer)`
`static int`	`nppsNorm_L1_16s32f(ShortPointer pSrc, int nLength, FloatPointer pNorm, BytePointer pDeviceBuffer)` 16-bit signed short integer vector L1 norm method, return value is 32-bit float.
`static int`	`nppsNorm_L1_16s32s_Sfs(short[] pSrc, int nLength, int[] pNorm, int nScaleFactor, byte[] pDeviceBuffer)`
`static int`	`nppsNorm_L1_16s32s_Sfs(ShortBuffer pSrc, int nLength, IntBuffer pNorm, int nScaleFactor, ByteBuffer pDeviceBuffer)`
`static int`	`nppsNorm_L1_16s32s_Sfs(ShortPointer pSrc, int nLength, IntPointer pNorm, int nScaleFactor, BytePointer pDeviceBuffer)` 16-bit signed short integer vector L1 norm method, return value is 32-bit signed integer.
`static int`	`nppsNorm_L1_16s64s_Sfs(short[] pSrc, int nLength, long[] pNorm, int nScaleFactor, byte[] pDeviceBuffer)`
`static int`	`nppsNorm_L1_16s64s_Sfs(ShortBuffer pSrc, int nLength, LongBuffer pNorm, int nScaleFactor, ByteBuffer pDeviceBuffer)`
`static int`	`nppsNorm_L1_16s64s_Sfs(ShortPointer pSrc, int nLength, LongPointer pNorm, int nScaleFactor, BytePointer pDeviceBuffer)` 16-bit signed short integer vector L1 norm method, return value is 64-bit signed integer.
`static int`	`nppsNorm_L1_32f(float[] pSrc, int nLength, float[] pNorm, byte[] pDeviceBuffer)`
`static int`	`nppsNorm_L1_32f(FloatBuffer pSrc, int nLength, FloatBuffer pNorm, ByteBuffer pDeviceBuffer)`
`static int`	`nppsNorm_L1_32f(FloatPointer pSrc, int nLength, FloatPointer pNorm, BytePointer pDeviceBuffer)` 32-bit float vector L1 norm method \param pSrc \ref source_signal_pointer.
`static int`	`nppsNorm_L1_32fc64f(nppc.Npp32fc pSrc, int nLength, double[] pNorm, byte[] pDeviceBuffer)`
`static int`	`nppsNorm_L1_32fc64f(nppc.Npp32fc pSrc, int nLength, DoubleBuffer pNorm, ByteBuffer pDeviceBuffer)`
`static int`	`nppsNorm_L1_32fc64f(nppc.Npp32fc pSrc, int nLength, DoublePointer pNorm, BytePointer pDeviceBuffer)` 32-bit float complex vector L1 norm method, return value is 64-bit float.
`static int`	`nppsNorm_L1_64f(double[] pSrc, int nLength, double[] pNorm, byte[] pDeviceBuffer)`
`static int`	`nppsNorm_L1_64f(DoubleBuffer pSrc, int nLength, DoubleBuffer pNorm, ByteBuffer pDeviceBuffer)`
`static int`	`nppsNorm_L1_64f(DoublePointer pSrc, int nLength, DoublePointer pNorm, BytePointer pDeviceBuffer)` 64-bit float vector L1 norm method \param pSrc \ref source_signal_pointer.
`static int`	`nppsNorm_L1_64fc64f(nppc.Npp64fc pSrc, int nLength, double[] pNorm, byte[] pDeviceBuffer)`
`static int`	`nppsNorm_L1_64fc64f(nppc.Npp64fc pSrc, int nLength, DoubleBuffer pNorm, ByteBuffer pDeviceBuffer)`
`static int`	`nppsNorm_L1_64fc64f(nppc.Npp64fc pSrc, int nLength, DoublePointer pNorm, BytePointer pDeviceBuffer)` 64-bit float complex vector L1 norm method, return value is 64-bit float.
`static int`	`nppsNorm_L2_16s32f(short[] pSrc, int nLength, float[] pNorm, byte[] pDeviceBuffer)`
`static int`	`nppsNorm_L2_16s32f(ShortBuffer pSrc, int nLength, FloatBuffer pNorm, ByteBuffer pDeviceBuffer)`
`static int`	`nppsNorm_L2_16s32f(ShortPointer pSrc, int nLength, FloatPointer pNorm, BytePointer pDeviceBuffer)` 16-bit signed short integer vector L2 norm method, return value is 32-bit float.
`static int`	`nppsNorm_L2_16s32s_Sfs(short[] pSrc, int nLength, int[] pNorm, int nScaleFactor, byte[] pDeviceBuffer)`
`static int`	`nppsNorm_L2_16s32s_Sfs(ShortBuffer pSrc, int nLength, IntBuffer pNorm, int nScaleFactor, ByteBuffer pDeviceBuffer)`
`static int`	`nppsNorm_L2_16s32s_Sfs(ShortPointer pSrc, int nLength, IntPointer pNorm, int nScaleFactor, BytePointer pDeviceBuffer)` 16-bit signed short integer vector L2 norm method, return value is 32-bit signed integer.
`static int`	`nppsNorm_L2_32f(float[] pSrc, int nLength, float[] pNorm, byte[] pDeviceBuffer)`
`static int`	`nppsNorm_L2_32f(FloatBuffer pSrc, int nLength, FloatBuffer pNorm, ByteBuffer pDeviceBuffer)`
`static int`	`nppsNorm_L2_32f(FloatPointer pSrc, int nLength, FloatPointer pNorm, BytePointer pDeviceBuffer)` 32-bit float vector L2 norm method \param pSrc \ref source_signal_pointer.
`static int`	`nppsNorm_L2_32fc64f(nppc.Npp32fc pSrc, int nLength, double[] pNorm, byte[] pDeviceBuffer)`
`static int`	`nppsNorm_L2_32fc64f(nppc.Npp32fc pSrc, int nLength, DoubleBuffer pNorm, ByteBuffer pDeviceBuffer)`
`static int`	`nppsNorm_L2_32fc64f(nppc.Npp32fc pSrc, int nLength, DoublePointer pNorm, BytePointer pDeviceBuffer)` 32-bit float complex vector L2 norm method, return value is 64-bit float.
`static int`	`nppsNorm_L2_64f(double[] pSrc, int nLength, double[] pNorm, byte[] pDeviceBuffer)`
`static int`	`nppsNorm_L2_64f(DoubleBuffer pSrc, int nLength, DoubleBuffer pNorm, ByteBuffer pDeviceBuffer)`
`static int`	`nppsNorm_L2_64f(DoublePointer pSrc, int nLength, DoublePointer pNorm, BytePointer pDeviceBuffer)` 64-bit float vector L2 norm method \param pSrc \ref source_signal_pointer.
`static int`	`nppsNorm_L2_64fc64f(nppc.Npp64fc pSrc, int nLength, double[] pNorm, byte[] pDeviceBuffer)`
`static int`	`nppsNorm_L2_64fc64f(nppc.Npp64fc pSrc, int nLength, DoubleBuffer pNorm, ByteBuffer pDeviceBuffer)`
`static int`	`nppsNorm_L2_64fc64f(nppc.Npp64fc pSrc, int nLength, DoublePointer pNorm, BytePointer pDeviceBuffer)` 64-bit float complex vector L2 norm method, return value is 64-bit float.
`static int`	`nppsNorm_L2Sqr_16s64s_Sfs(short[] pSrc, int nLength, long[] pNorm, int nScaleFactor, byte[] pDeviceBuffer)`
`static int`	`nppsNorm_L2Sqr_16s64s_Sfs(ShortBuffer pSrc, int nLength, LongBuffer pNorm, int nScaleFactor, ByteBuffer pDeviceBuffer)`
`static int`	`nppsNorm_L2Sqr_16s64s_Sfs(ShortPointer pSrc, int nLength, LongPointer pNorm, int nScaleFactor, BytePointer pDeviceBuffer)` 16-bit signed short integer vector L2 Square norm method, return value is 64-bit signed integer.
`static int`	`nppsNormalize_16s_Sfs(short[] pSrc, short[] pDst, int nLength, short vSub, int vDiv, int nScaleFactor)`
`static int`	`nppsNormalize_16s_Sfs(ShortBuffer pSrc, ShortBuffer pDst, int nLength, short vSub, int vDiv, int nScaleFactor)`
`static int`	`nppsNormalize_16s_Sfs(ShortPointer pSrc, ShortPointer pDst, int nLength, short vSub, int vDiv, int nScaleFactor)` 16-bit signed short signal normalize, scale, then clamp to saturated value.
`static int`	`nppsNormalize_16sc_Sfs(nppc.Npp16sc pSrc, nppc.Npp16sc pDst, int nLength, nppc.Npp16sc vSub, int vDiv, int nScaleFactor)` 16-bit complex signed short signal normalize, scale, then clamp to saturated value.
`static int`	`nppsNormalize_32f(float[] pSrc, float[] pDst, int nLength, float vSub, float vDiv)`
`static int`	`nppsNormalize_32f(FloatBuffer pSrc, FloatBuffer pDst, int nLength, float vSub, float vDiv)`
`static int`	`nppsNormalize_32f(FloatPointer pSrc, FloatPointer pDst, int nLength, float vSub, float vDiv)` 32-bit floating point signal normalize.
`static int`	`nppsNormalize_32fc(nppc.Npp32fc pSrc, nppc.Npp32fc pDst, int nLength, nppc.Npp32fc vSub, float vDiv)` 32-bit complex floating point signal normalize.
`static int`	`nppsNormalize_64f(double[] pSrc, double[] pDst, int nLength, double vSub, double vDiv)`
`static int`	`nppsNormalize_64f(DoubleBuffer pSrc, DoubleBuffer pDst, int nLength, double vSub, double vDiv)`
`static int`	`nppsNormalize_64f(DoublePointer pSrc, DoublePointer pDst, int nLength, double vSub, double vDiv)` 64-bit floating point signal normalize.
`static int`	`nppsNormalize_64fc(nppc.Npp64fc pSrc, nppc.Npp64fc pDst, int nLength, nppc.Npp64fc vSub, double vDiv)` 64-bit complex floating point signal normalize.
`static int`	`nppsNormDiff_Inf_16s32f(short[] pSrc1, short[] pSrc2, int nLength, float[] pNorm, byte[] pDeviceBuffer)`
`static int`	`nppsNormDiff_Inf_16s32f(ShortBuffer pSrc1, ShortBuffer pSrc2, int nLength, FloatBuffer pNorm, ByteBuffer pDeviceBuffer)`
`static int`	`nppsNormDiff_Inf_16s32f(ShortPointer pSrc1, ShortPointer pSrc2, int nLength, FloatPointer pNorm, BytePointer pDeviceBuffer)` 16-bit signed short integer C norm method on two vectors' difference, return value is 32-bit float.
`static int`	`nppsNormDiff_Inf_16s32s_Sfs(short[] pSrc1, short[] pSrc2, int nLength, int[] pNorm, int nScaleFactor, byte[] pDeviceBuffer)`
`static int`	`nppsNormDiff_Inf_16s32s_Sfs(ShortBuffer pSrc1, ShortBuffer pSrc2, int nLength, IntBuffer pNorm, int nScaleFactor, ByteBuffer pDeviceBuffer)`
`static int`	`nppsNormDiff_Inf_16s32s_Sfs(ShortPointer pSrc1, ShortPointer pSrc2, int nLength, IntPointer pNorm, int nScaleFactor, BytePointer pDeviceBuffer)` 16-bit signed short integer C norm method on two vectors' difference, return value is 32-bit signed integer.
`static int`	`nppsNormDiff_Inf_32f(float[] pSrc1, float[] pSrc2, int nLength, float[] pNorm, byte[] pDeviceBuffer)`
`static int`	`nppsNormDiff_Inf_32f(FloatBuffer pSrc1, FloatBuffer pSrc2, int nLength, FloatBuffer pNorm, ByteBuffer pDeviceBuffer)`
`static int`	`nppsNormDiff_Inf_32f(FloatPointer pSrc1, FloatPointer pSrc2, int nLength, FloatPointer pNorm, BytePointer pDeviceBuffer)` 32-bit float C norm method on two vectors' difference \param pSrc1 \ref source_signal_pointer.
`static int`	`nppsNormDiff_Inf_32fc32f(nppc.Npp32fc pSrc1, nppc.Npp32fc pSrc2, int nLength, float[] pNorm, byte[] pDeviceBuffer)`
`static int`	`nppsNormDiff_Inf_32fc32f(nppc.Npp32fc pSrc1, nppc.Npp32fc pSrc2, int nLength, FloatBuffer pNorm, ByteBuffer pDeviceBuffer)`
`static int`	`nppsNormDiff_Inf_32fc32f(nppc.Npp32fc pSrc1, nppc.Npp32fc pSrc2, int nLength, FloatPointer pNorm, BytePointer pDeviceBuffer)` 32-bit float complex C norm method on two vectors' difference, return value is 32-bit float.
`static int`	`nppsNormDiff_Inf_64f(double[] pSrc1, double[] pSrc2, int nLength, double[] pNorm, byte[] pDeviceBuffer)`
`static int`	`nppsNormDiff_Inf_64f(DoubleBuffer pSrc1, DoubleBuffer pSrc2, int nLength, DoubleBuffer pNorm, ByteBuffer pDeviceBuffer)`
`static int`	`nppsNormDiff_Inf_64f(DoublePointer pSrc1, DoublePointer pSrc2, int nLength, DoublePointer pNorm, BytePointer pDeviceBuffer)` 64-bit float C norm method on two vectors' difference \param pSrc1 \ref source_signal_pointer.
`static int`	`nppsNormDiff_Inf_64fc64f(nppc.Npp64fc pSrc1, nppc.Npp64fc pSrc2, int nLength, double[] pNorm, byte[] pDeviceBuffer)`
`static int`	`nppsNormDiff_Inf_64fc64f(nppc.Npp64fc pSrc1, nppc.Npp64fc pSrc2, int nLength, DoubleBuffer pNorm, ByteBuffer pDeviceBuffer)`
`static int`	`nppsNormDiff_Inf_64fc64f(nppc.Npp64fc pSrc1, nppc.Npp64fc pSrc2, int nLength, DoublePointer pNorm, BytePointer pDeviceBuffer)` 64-bit float complex C norm method on two vectors' difference, return value is 64-bit float.
`static int`	`nppsNormDiff_L1_16s32f(short[] pSrc1, short[] pSrc2, int nLength, float[] pNorm, byte[] pDeviceBuffer)`
`static int`	`nppsNormDiff_L1_16s32f(ShortBuffer pSrc1, ShortBuffer pSrc2, int nLength, FloatBuffer pNorm, ByteBuffer pDeviceBuffer)`
`static int`	`nppsNormDiff_L1_16s32f(ShortPointer pSrc1, ShortPointer pSrc2, int nLength, FloatPointer pNorm, BytePointer pDeviceBuffer)` 16-bit signed short integer L1 norm method on two vectors' difference, return value is 32-bit float.
`static int`	`nppsNormDiff_L1_16s32s_Sfs(short[] pSrc1, short[] pSrc2, int nLength, int[] pNorm, int nScaleFactor, byte[] pDeviceBuffer)`
`static int`	`nppsNormDiff_L1_16s32s_Sfs(ShortBuffer pSrc1, ShortBuffer pSrc2, int nLength, IntBuffer pNorm, int nScaleFactor, ByteBuffer pDeviceBuffer)`
`static int`	`nppsNormDiff_L1_16s32s_Sfs(ShortPointer pSrc1, ShortPointer pSrc2, int nLength, IntPointer pNorm, int nScaleFactor, BytePointer pDeviceBuffer)` 16-bit signed short integer L1 norm method on two vectors' difference, return value is 32-bit signed integer.
`static int`	`nppsNormDiff_L1_16s64s_Sfs(short[] pSrc1, short[] pSrc2, int nLength, long[] pNorm, int nScaleFactor, byte[] pDeviceBuffer)`
`static int`	`nppsNormDiff_L1_16s64s_Sfs(ShortBuffer pSrc1, ShortBuffer pSrc2, int nLength, LongBuffer pNorm, int nScaleFactor, ByteBuffer pDeviceBuffer)`
`static int`	`nppsNormDiff_L1_16s64s_Sfs(ShortPointer pSrc1, ShortPointer pSrc2, int nLength, LongPointer pNorm, int nScaleFactor, BytePointer pDeviceBuffer)` 16-bit signed short integer L1 norm method on two vectors' difference, return value is 64-bit signed integer.
`static int`	`nppsNormDiff_L1_32f(float[] pSrc1, float[] pSrc2, int nLength, float[] pNorm, byte[] pDeviceBuffer)`
`static int`	`nppsNormDiff_L1_32f(FloatBuffer pSrc1, FloatBuffer pSrc2, int nLength, FloatBuffer pNorm, ByteBuffer pDeviceBuffer)`
`static int`	`nppsNormDiff_L1_32f(FloatPointer pSrc1, FloatPointer pSrc2, int nLength, FloatPointer pNorm, BytePointer pDeviceBuffer)` 32-bit float L1 norm method on two vectors' difference \param pSrc1 \ref source_signal_pointer.
`static int`	`nppsNormDiff_L1_32fc64f(nppc.Npp32fc pSrc1, nppc.Npp32fc pSrc2, int nLength, double[] pNorm, byte[] pDeviceBuffer)`
`static int`	`nppsNormDiff_L1_32fc64f(nppc.Npp32fc pSrc1, nppc.Npp32fc pSrc2, int nLength, DoubleBuffer pNorm, ByteBuffer pDeviceBuffer)`
`static int`	`nppsNormDiff_L1_32fc64f(nppc.Npp32fc pSrc1, nppc.Npp32fc pSrc2, int nLength, DoublePointer pNorm, BytePointer pDeviceBuffer)` 32-bit float complex L1 norm method on two vectors' difference, return value is 64-bit float.
`static int`	`nppsNormDiff_L1_64f(double[] pSrc1, double[] pSrc2, int nLength, double[] pNorm, byte[] pDeviceBuffer)`
`static int`	`nppsNormDiff_L1_64f(DoubleBuffer pSrc1, DoubleBuffer pSrc2, int nLength, DoubleBuffer pNorm, ByteBuffer pDeviceBuffer)`
`static int`	`nppsNormDiff_L1_64f(DoublePointer pSrc1, DoublePointer pSrc2, int nLength, DoublePointer pNorm, BytePointer pDeviceBuffer)` 64-bit float L1 norm method on two vectors' difference \param pSrc1 \ref source_signal_pointer.
`static int`	`nppsNormDiff_L1_64fc64f(nppc.Npp64fc pSrc1, nppc.Npp64fc pSrc2, int nLength, double[] pNorm, byte[] pDeviceBuffer)`
`static int`	`nppsNormDiff_L1_64fc64f(nppc.Npp64fc pSrc1, nppc.Npp64fc pSrc2, int nLength, DoubleBuffer pNorm, ByteBuffer pDeviceBuffer)`
`static int`	`nppsNormDiff_L1_64fc64f(nppc.Npp64fc pSrc1, nppc.Npp64fc pSrc2, int nLength, DoublePointer pNorm, BytePointer pDeviceBuffer)` 64-bit float complex L1 norm method on two vectors' difference, return value is 64-bit float.
`static int`	`nppsNormDiff_L2_16s32f(short[] pSrc1, short[] pSrc2, int nLength, float[] pNorm, byte[] pDeviceBuffer)`
`static int`	`nppsNormDiff_L2_16s32f(ShortBuffer pSrc1, ShortBuffer pSrc2, int nLength, FloatBuffer pNorm, ByteBuffer pDeviceBuffer)`
`static int`	`nppsNormDiff_L2_16s32f(ShortPointer pSrc1, ShortPointer pSrc2, int nLength, FloatPointer pNorm, BytePointer pDeviceBuffer)` 16-bit signed short integer L2 norm method on two vectors' difference, return value is 32-bit float.
`static int`	`nppsNormDiff_L2_16s32s_Sfs(short[] pSrc1, short[] pSrc2, int nLength, int[] pNorm, int nScaleFactor, byte[] pDeviceBuffer)`
`static int`	`nppsNormDiff_L2_16s32s_Sfs(ShortBuffer pSrc1, ShortBuffer pSrc2, int nLength, IntBuffer pNorm, int nScaleFactor, ByteBuffer pDeviceBuffer)`
`static int`	`nppsNormDiff_L2_16s32s_Sfs(ShortPointer pSrc1, ShortPointer pSrc2, int nLength, IntPointer pNorm, int nScaleFactor, BytePointer pDeviceBuffer)` 16-bit signed short integer L2 norm method on two vectors' difference, return value is 32-bit signed integer.
`static int`	`nppsNormDiff_L2_32f(float[] pSrc1, float[] pSrc2, int nLength, float[] pNorm, byte[] pDeviceBuffer)`
`static int`	`nppsNormDiff_L2_32f(FloatBuffer pSrc1, FloatBuffer pSrc2, int nLength, FloatBuffer pNorm, ByteBuffer pDeviceBuffer)`
`static int`	`nppsNormDiff_L2_32f(FloatPointer pSrc1, FloatPointer pSrc2, int nLength, FloatPointer pNorm, BytePointer pDeviceBuffer)` 32-bit float L2 norm method on two vectors' difference \param pSrc1 \ref source_signal_pointer.
`static int`	`nppsNormDiff_L2_32fc64f(nppc.Npp32fc pSrc1, nppc.Npp32fc pSrc2, int nLength, double[] pNorm, byte[] pDeviceBuffer)`
`static int`	`nppsNormDiff_L2_32fc64f(nppc.Npp32fc pSrc1, nppc.Npp32fc pSrc2, int nLength, DoubleBuffer pNorm, ByteBuffer pDeviceBuffer)`
`static int`	`nppsNormDiff_L2_32fc64f(nppc.Npp32fc pSrc1, nppc.Npp32fc pSrc2, int nLength, DoublePointer pNorm, BytePointer pDeviceBuffer)` 32-bit float complex L2 norm method on two vectors' difference, return value is 64-bit float.
`static int`	`nppsNormDiff_L2_64f(double[] pSrc1, double[] pSrc2, int nLength, double[] pNorm, byte[] pDeviceBuffer)`
`static int`	`nppsNormDiff_L2_64f(DoubleBuffer pSrc1, DoubleBuffer pSrc2, int nLength, DoubleBuffer pNorm, ByteBuffer pDeviceBuffer)`
`static int`	`nppsNormDiff_L2_64f(DoublePointer pSrc1, DoublePointer pSrc2, int nLength, DoublePointer pNorm, BytePointer pDeviceBuffer)` 64-bit float L2 norm method on two vectors' difference \param pSrc1 \ref source_signal_pointer.
`static int`	`nppsNormDiff_L2_64fc64f(nppc.Npp64fc pSrc1, nppc.Npp64fc pSrc2, int nLength, double[] pNorm, byte[] pDeviceBuffer)`
`static int`	`nppsNormDiff_L2_64fc64f(nppc.Npp64fc pSrc1, nppc.Npp64fc pSrc2, int nLength, DoubleBuffer pNorm, ByteBuffer pDeviceBuffer)`
`static int`	`nppsNormDiff_L2_64fc64f(nppc.Npp64fc pSrc1, nppc.Npp64fc pSrc2, int nLength, DoublePointer pNorm, BytePointer pDeviceBuffer)` 64-bit float complex L2 norm method on two vectors' difference, return value is 64-bit float.
`static int`	`nppsNormDiff_L2Sqr_16s64s_Sfs(short[] pSrc1, short[] pSrc2, int nLength, long[] pNorm, int nScaleFactor, byte[] pDeviceBuffer)`
`static int`	`nppsNormDiff_L2Sqr_16s64s_Sfs(ShortBuffer pSrc1, ShortBuffer pSrc2, int nLength, LongBuffer pNorm, int nScaleFactor, ByteBuffer pDeviceBuffer)`
`static int`	`nppsNormDiff_L2Sqr_16s64s_Sfs(ShortPointer pSrc1, ShortPointer pSrc2, int nLength, LongPointer pNorm, int nScaleFactor, BytePointer pDeviceBuffer)` 16-bit signed short integer L2 Square norm method on two vectors' difference, return value is 64-bit signed integer.
`static int`	`nppsNormDiffInfGetBufferSize_16s32f(int nLength, int[] hpBufferSize)`
`static int`	`nppsNormDiffInfGetBufferSize_16s32f(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsNormDiffInfGetBufferSize_16s32f(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsNormDiff_Inf_16s32f.
`static int`	`nppsNormDiffInfGetBufferSize_16s32s_Sfs(int nLength, int[] hpBufferSize)`
`static int`	`nppsNormDiffInfGetBufferSize_16s32s_Sfs(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsNormDiffInfGetBufferSize_16s32s_Sfs(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsNormDiff_Inf_16s32s_Sfs.
`static int`	`nppsNormDiffInfGetBufferSize_32f(int nLength, int[] hpBufferSize)`
`static int`	`nppsNormDiffInfGetBufferSize_32f(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsNormDiffInfGetBufferSize_32f(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsNormDiff_Inf_32f.
`static int`	`nppsNormDiffInfGetBufferSize_32fc32f(int nLength, int[] hpBufferSize)`
`static int`	`nppsNormDiffInfGetBufferSize_32fc32f(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsNormDiffInfGetBufferSize_32fc32f(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsNormDiff_Inf_32fc32f.
`static int`	`nppsNormDiffInfGetBufferSize_64f(int nLength, int[] hpBufferSize)`
`static int`	`nppsNormDiffInfGetBufferSize_64f(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsNormDiffInfGetBufferSize_64f(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsNormDiff_Inf_64f.
`static int`	`nppsNormDiffInfGetBufferSize_64fc64f(int nLength, int[] hpBufferSize)`
`static int`	`nppsNormDiffInfGetBufferSize_64fc64f(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsNormDiffInfGetBufferSize_64fc64f(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsNormDiff_Inf_64fc64f.
`static int`	`nppsNormDiffL1GetBufferSize_16s32f(int nLength, int[] hpBufferSize)`
`static int`	`nppsNormDiffL1GetBufferSize_16s32f(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsNormDiffL1GetBufferSize_16s32f(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsNormDiff_L1_16s32f.
`static int`	`nppsNormDiffL1GetBufferSize_16s32s_Sfs(int nLength, int[] hpBufferSize)`
`static int`	`nppsNormDiffL1GetBufferSize_16s32s_Sfs(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsNormDiffL1GetBufferSize_16s32s_Sfs(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsNormDiff_L1_16s32s_Sfs.
`static int`	`nppsNormDiffL1GetBufferSize_16s64s_Sfs(int nLength, int[] hpBufferSize)`
`static int`	`nppsNormDiffL1GetBufferSize_16s64s_Sfs(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsNormDiffL1GetBufferSize_16s64s_Sfs(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsNormDiff_L1_16s64s_Sfs.
`static int`	`nppsNormDiffL1GetBufferSize_32f(int nLength, int[] hpBufferSize)`
`static int`	`nppsNormDiffL1GetBufferSize_32f(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsNormDiffL1GetBufferSize_32f(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsNormDiff_L1_32f.
`static int`	`nppsNormDiffL1GetBufferSize_32fc64f(int nLength, int[] hpBufferSize)`
`static int`	`nppsNormDiffL1GetBufferSize_32fc64f(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsNormDiffL1GetBufferSize_32fc64f(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsNormDiff_L1_32fc64f.
`static int`	`nppsNormDiffL1GetBufferSize_64f(int nLength, int[] hpBufferSize)`
`static int`	`nppsNormDiffL1GetBufferSize_64f(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsNormDiffL1GetBufferSize_64f(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsNormDiff_L1_64f.
`static int`	`nppsNormDiffL1GetBufferSize_64fc64f(int nLength, int[] hpBufferSize)`
`static int`	`nppsNormDiffL1GetBufferSize_64fc64f(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsNormDiffL1GetBufferSize_64fc64f(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsNormDiff_L1_64fc64f.
`static int`	`nppsNormDiffL2GetBufferSize_16s32f(int nLength, int[] hpBufferSize)`
`static int`	`nppsNormDiffL2GetBufferSize_16s32f(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsNormDiffL2GetBufferSize_16s32f(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsNormDiff_L2_16s32f.
`static int`	`nppsNormDiffL2GetBufferSize_16s32s_Sfs(int nLength, int[] hpBufferSize)`
`static int`	`nppsNormDiffL2GetBufferSize_16s32s_Sfs(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsNormDiffL2GetBufferSize_16s32s_Sfs(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsNormDiff_L2_16s32s_Sfs.
`static int`	`nppsNormDiffL2GetBufferSize_32f(int nLength, int[] hpBufferSize)`
`static int`	`nppsNormDiffL2GetBufferSize_32f(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsNormDiffL2GetBufferSize_32f(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsNormDiff_L2_32f.
`static int`	`nppsNormDiffL2GetBufferSize_32fc64f(int nLength, int[] hpBufferSize)`
`static int`	`nppsNormDiffL2GetBufferSize_32fc64f(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsNormDiffL2GetBufferSize_32fc64f(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsNormDiff_L2_32fc64f.
`static int`	`nppsNormDiffL2GetBufferSize_64f(int nLength, int[] hpBufferSize)`
`static int`	`nppsNormDiffL2GetBufferSize_64f(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsNormDiffL2GetBufferSize_64f(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsNormDiff_L2_64f.
`static int`	`nppsNormDiffL2GetBufferSize_64fc64f(int nLength, int[] hpBufferSize)`
`static int`	`nppsNormDiffL2GetBufferSize_64fc64f(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsNormDiffL2GetBufferSize_64fc64f(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsNormDiff_L2_64fc64f.
`static int`	`nppsNormDiffL2SqrGetBufferSize_16s64s_Sfs(int nLength, int[] hpBufferSize)`
`static int`	`nppsNormDiffL2SqrGetBufferSize_16s64s_Sfs(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsNormDiffL2SqrGetBufferSize_16s64s_Sfs(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsNormDiff_L2Sqr_16s64s_Sfs.
`static int`	`nppsNormInfGetBufferSize_16s32f(int nLength, int[] hpBufferSize)`
`static int`	`nppsNormInfGetBufferSize_16s32f(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsNormInfGetBufferSize_16s32f(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsNorm_Inf_16s32f.
`static int`	`nppsNormInfGetBufferSize_16s32s_Sfs(int nLength, int[] hpBufferSize)`
`static int`	`nppsNormInfGetBufferSize_16s32s_Sfs(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsNormInfGetBufferSize_16s32s_Sfs(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsNorm_Inf_16s32s_Sfs.
`static int`	`nppsNormInfGetBufferSize_32f(int nLength, int[] hpBufferSize)`
`static int`	`nppsNormInfGetBufferSize_32f(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsNormInfGetBufferSize_32f(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsNorm_Inf_32f.
`static int`	`nppsNormInfGetBufferSize_32fc32f(int nLength, int[] hpBufferSize)`
`static int`	`nppsNormInfGetBufferSize_32fc32f(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsNormInfGetBufferSize_32fc32f(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsNorm_Inf_32fc32f.
`static int`	`nppsNormInfGetBufferSize_64f(int nLength, int[] hpBufferSize)`
`static int`	`nppsNormInfGetBufferSize_64f(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsNormInfGetBufferSize_64f(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsNorm_Inf_64f.
`static int`	`nppsNormInfGetBufferSize_64fc64f(int nLength, int[] hpBufferSize)`
`static int`	`nppsNormInfGetBufferSize_64fc64f(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsNormInfGetBufferSize_64fc64f(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsNorm_Inf_64fc64f.
`static int`	`nppsNormL1GetBufferSize_16s32f(int nLength, int[] hpBufferSize)`
`static int`	`nppsNormL1GetBufferSize_16s32f(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsNormL1GetBufferSize_16s32f(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsNorm_L1_16s32f.
`static int`	`nppsNormL1GetBufferSize_16s32s_Sfs(int nLength, int[] hpBufferSize)`
`static int`	`nppsNormL1GetBufferSize_16s32s_Sfs(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsNormL1GetBufferSize_16s32s_Sfs(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsNorm_L1_16s32s_Sfs.
`static int`	`nppsNormL1GetBufferSize_16s64s_Sfs(int nLength, int[] hpBufferSize)`
`static int`	`nppsNormL1GetBufferSize_16s64s_Sfs(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsNormL1GetBufferSize_16s64s_Sfs(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsNorm_L1_16s64s_Sfs.
`static int`	`nppsNormL1GetBufferSize_32f(int nLength, int[] hpBufferSize)`
`static int`	`nppsNormL1GetBufferSize_32f(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsNormL1GetBufferSize_32f(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsNorm_L1_32f.
`static int`	`nppsNormL1GetBufferSize_32fc64f(int nLength, int[] hpBufferSize)`
`static int`	`nppsNormL1GetBufferSize_32fc64f(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsNormL1GetBufferSize_32fc64f(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsNorm_L1_32fc64f.
`static int`	`nppsNormL1GetBufferSize_64f(int nLength, int[] hpBufferSize)`
`static int`	`nppsNormL1GetBufferSize_64f(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsNormL1GetBufferSize_64f(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsNorm_L1_64f.
`static int`	`nppsNormL1GetBufferSize_64fc64f(int nLength, int[] hpBufferSize)`
`static int`	`nppsNormL1GetBufferSize_64fc64f(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsNormL1GetBufferSize_64fc64f(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsNorm_L1_64fc64f.
`static int`	`nppsNormL2GetBufferSize_16s32f(int nLength, int[] hpBufferSize)`
`static int`	`nppsNormL2GetBufferSize_16s32f(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsNormL2GetBufferSize_16s32f(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsNorm_L2_16s32f.
`static int`	`nppsNormL2GetBufferSize_16s32s_Sfs(int nLength, int[] hpBufferSize)`
`static int`	`nppsNormL2GetBufferSize_16s32s_Sfs(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsNormL2GetBufferSize_16s32s_Sfs(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsNorm_L2_16s32s_Sfs.
`static int`	`nppsNormL2GetBufferSize_32f(int nLength, int[] hpBufferSize)`
`static int`	`nppsNormL2GetBufferSize_32f(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsNormL2GetBufferSize_32f(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsNorm_L2_32f.
`static int`	`nppsNormL2GetBufferSize_32fc64f(int nLength, int[] hpBufferSize)`
`static int`	`nppsNormL2GetBufferSize_32fc64f(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsNormL2GetBufferSize_32fc64f(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsNorm_L2_32fc64f.
`static int`	`nppsNormL2GetBufferSize_64f(int nLength, int[] hpBufferSize)`
`static int`	`nppsNormL2GetBufferSize_64f(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsNormL2GetBufferSize_64f(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsNorm_L2_64f.
`static int`	`nppsNormL2GetBufferSize_64fc64f(int nLength, int[] hpBufferSize)`
`static int`	`nppsNormL2GetBufferSize_64fc64f(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsNormL2GetBufferSize_64fc64f(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsNorm_L2_64fc64f.
`static int`	`nppsNormL2SqrGetBufferSize_16s64s_Sfs(int nLength, int[] hpBufferSize)`
`static int`	`nppsNormL2SqrGetBufferSize_16s64s_Sfs(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsNormL2SqrGetBufferSize_16s64s_Sfs(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsNorm_L2Sqr_16s64s_Sfs.
`static int`	`nppsNot_16u_I(short[] pSrcDst, int nLength)`
`static int`	`nppsNot_16u_I(ShortBuffer pSrcDst, int nLength)`
`static int`	`nppsNot_16u_I(ShortPointer pSrcDst, int nLength)` 16-bit unsigned short in place not signal.
`static int`	`nppsNot_16u(short[] pSrc, short[] pDst, int nLength)`
`static int`	`nppsNot_16u(ShortBuffer pSrc, ShortBuffer pDst, int nLength)`
`static int`	`nppsNot_16u(ShortPointer pSrc, ShortPointer pDst, int nLength)` 16-bit unsigned short not signal.
`static int`	`nppsNot_32u_I(int[] pSrcDst, int nLength)`
`static int`	`nppsNot_32u_I(IntBuffer pSrcDst, int nLength)`
`static int`	`nppsNot_32u_I(IntPointer pSrcDst, int nLength)` 32-bit unsigned signed integer in place not signal.
`static int`	`nppsNot_32u(int[] pSrc, int[] pDst, int nLength)`
`static int`	`nppsNot_32u(IntBuffer pSrc, IntBuffer pDst, int nLength)`
`static int`	`nppsNot_32u(IntPointer pSrc, IntPointer pDst, int nLength)` 32-bit unsigned integer not signal.
`static int`	`nppsNot_8u_I(byte[] pSrcDst, int nLength)`
`static int`	`nppsNot_8u_I(ByteBuffer pSrcDst, int nLength)`
`static int`	`nppsNot_8u_I(BytePointer pSrcDst, int nLength)` 8-bit unsigned char in place not signal.
`static int`	`nppsNot_8u(byte[] pSrc, byte[] pDst, int nLength)`
`static int`	`nppsNot_8u(ByteBuffer pSrc, ByteBuffer pDst, int nLength)`
`static int`	`nppsNot_8u(BytePointer pSrc, BytePointer pDst, int nLength)` 8-bit unsigned char not signal.
`static int`	`nppsOr_16u_I(short[] pSrc, short[] pSrcDst, int nLength)`
`static int`	`nppsOr_16u_I(ShortBuffer pSrc, ShortBuffer pSrcDst, int nLength)`
`static int`	`nppsOr_16u_I(ShortPointer pSrc, ShortPointer pSrcDst, int nLength)` 16-bit unsigned short in place signal or with signal.
`static int`	`nppsOr_16u(short[] pSrc1, short[] pSrc2, short[] pDst, int nLength)`
`static int`	`nppsOr_16u(ShortBuffer pSrc1, ShortBuffer pSrc2, ShortBuffer pDst, int nLength)`
`static int`	`nppsOr_16u(ShortPointer pSrc1, ShortPointer pSrc2, ShortPointer pDst, int nLength)` 16-bit unsigned short signal or with signal.
`static int`	`nppsOr_32u_I(int[] pSrc, int[] pSrcDst, int nLength)`
`static int`	`nppsOr_32u_I(IntBuffer pSrc, IntBuffer pSrcDst, int nLength)`
`static int`	`nppsOr_32u_I(IntPointer pSrc, IntPointer pSrcDst, int nLength)` 32-bit unsigned integer in place signal or with signal.
`static int`	`nppsOr_32u(int[] pSrc1, int[] pSrc2, int[] pDst, int nLength)`
`static int`	`nppsOr_32u(IntBuffer pSrc1, IntBuffer pSrc2, IntBuffer pDst, int nLength)`
`static int`	`nppsOr_32u(IntPointer pSrc1, IntPointer pSrc2, IntPointer pDst, int nLength)` 32-bit unsigned integer signal or with signal.
`static int`	`nppsOr_8u_I(byte[] pSrc, byte[] pSrcDst, int nLength)`
`static int`	`nppsOr_8u_I(ByteBuffer pSrc, ByteBuffer pSrcDst, int nLength)`
`static int`	`nppsOr_8u_I(BytePointer pSrc, BytePointer pSrcDst, int nLength)` 8-bit unsigned char in place signal or with signal.
`static int`	`nppsOr_8u(byte[] pSrc1, byte[] pSrc2, byte[] pDst, int nLength)`
`static int`	`nppsOr_8u(ByteBuffer pSrc1, ByteBuffer pSrc2, ByteBuffer pDst, int nLength)`
`static int`	`nppsOr_8u(BytePointer pSrc1, BytePointer pSrc2, BytePointer pDst, int nLength)` 8-bit unsigned char signal or with signal.
`static int`	`nppsOrC_16u_I(short nValue, short[] pSrcDst, int nLength)`
`static int`	`nppsOrC_16u_I(short nValue, ShortBuffer pSrcDst, int nLength)`
`static int`	`nppsOrC_16u_I(short nValue, ShortPointer pSrcDst, int nLength)` 16-bit unsigned short in place signal or with constant.
`static int`	`nppsOrC_16u(short[] pSrc, short nValue, short[] pDst, int nLength)`
`static int`	`nppsOrC_16u(ShortBuffer pSrc, short nValue, ShortBuffer pDst, int nLength)`
`static int`	`nppsOrC_16u(ShortPointer pSrc, short nValue, ShortPointer pDst, int nLength)` 16-bit unsigned short signal or with constant.
`static int`	`nppsOrC_32u_I(int nValue, int[] pSrcDst, int nLength)`
`static int`	`nppsOrC_32u_I(int nValue, IntBuffer pSrcDst, int nLength)`
`static int`	`nppsOrC_32u_I(int nValue, IntPointer pSrcDst, int nLength)` 32-bit unsigned signed integer in place signal or with constant.
`static int`	`nppsOrC_32u(int[] pSrc, int nValue, int[] pDst, int nLength)`
`static int`	`nppsOrC_32u(IntBuffer pSrc, int nValue, IntBuffer pDst, int nLength)`
`static int`	`nppsOrC_32u(IntPointer pSrc, int nValue, IntPointer pDst, int nLength)` 32-bit unsigned integer signal or with constant.
`static int`	`nppsOrC_8u_I(byte nValue, byte[] pSrcDst, int nLength)`
`static int`	`nppsOrC_8u_I(byte nValue, ByteBuffer pSrcDst, int nLength)`
`static int`	`nppsOrC_8u_I(byte nValue, BytePointer pSrcDst, int nLength)` 8-bit unsigned char in place signal or with constant.
`static int`	`nppsOrC_8u(byte[] pSrc, byte nValue, byte[] pDst, int nLength)`
`static int`	`nppsOrC_8u(ByteBuffer pSrc, byte nValue, ByteBuffer pDst, int nLength)`
`static int`	`nppsOrC_8u(BytePointer pSrc, byte nValue, BytePointer pDst, int nLength)` 8-bit unsigned char signal or with constant.
`static int`	`nppsRShiftC_16s_I(int nValue, short[] pSrcDst, int nLength)`
`static int`	`nppsRShiftC_16s_I(int nValue, ShortBuffer pSrcDst, int nLength)`
`static int`	`nppsRShiftC_16s_I(int nValue, ShortPointer pSrcDst, int nLength)` 16-bit signed short in place signal right shift with constant.
`static int`	`nppsRShiftC_16s(short[] pSrc, int nValue, short[] pDst, int nLength)`
`static int`	`nppsRShiftC_16s(ShortBuffer pSrc, int nValue, ShortBuffer pDst, int nLength)`
`static int`	`nppsRShiftC_16s(ShortPointer pSrc, int nValue, ShortPointer pDst, int nLength)` 16-bit signed short signal right shift with constant.
`static int`	`nppsRShiftC_16u_I(int nValue, short[] pSrcDst, int nLength)`
`static int`	`nppsRShiftC_16u_I(int nValue, ShortBuffer pSrcDst, int nLength)`
`static int`	`nppsRShiftC_16u_I(int nValue, ShortPointer pSrcDst, int nLength)` 16-bit unsigned short in place signal right shift with constant.
`static int`	`nppsRShiftC_16u(short[] pSrc, int nValue, short[] pDst, int nLength)`
`static int`	`nppsRShiftC_16u(ShortBuffer pSrc, int nValue, ShortBuffer pDst, int nLength)`
`static int`	`nppsRShiftC_16u(ShortPointer pSrc, int nValue, ShortPointer pDst, int nLength)` 16-bit unsigned short signal right shift with constant.
`static int`	`nppsRShiftC_32s_I(int nValue, int[] pSrcDst, int nLength)`
`static int`	`nppsRShiftC_32s_I(int nValue, IntBuffer pSrcDst, int nLength)`
`static int`	`nppsRShiftC_32s_I(int nValue, IntPointer pSrcDst, int nLength)` 32-bit signed signed integer in place signal right shift with constant.
`static int`	`nppsRShiftC_32s(int[] pSrc, int nValue, int[] pDst, int nLength)`
`static int`	`nppsRShiftC_32s(IntBuffer pSrc, int nValue, IntBuffer pDst, int nLength)`
`static int`	`nppsRShiftC_32s(IntPointer pSrc, int nValue, IntPointer pDst, int nLength)` 32-bit signed integer signal right shift with constant.
`static int`	`nppsRShiftC_32u_I(int nValue, int[] pSrcDst, int nLength)`
`static int`	`nppsRShiftC_32u_I(int nValue, IntBuffer pSrcDst, int nLength)`
`static int`	`nppsRShiftC_32u_I(int nValue, IntPointer pSrcDst, int nLength)` 32-bit unsigned signed integer in place signal right shift with constant.
`static int`	`nppsRShiftC_32u(int[] pSrc, int nValue, int[] pDst, int nLength)`
`static int`	`nppsRShiftC_32u(IntBuffer pSrc, int nValue, IntBuffer pDst, int nLength)`
`static int`	`nppsRShiftC_32u(IntPointer pSrc, int nValue, IntPointer pDst, int nLength)` 32-bit unsigned integer signal right shift with constant.
`static int`	`nppsRShiftC_8u_I(int nValue, byte[] pSrcDst, int nLength)`
`static int`	`nppsRShiftC_8u_I(int nValue, ByteBuffer pSrcDst, int nLength)`
`static int`	`nppsRShiftC_8u_I(int nValue, BytePointer pSrcDst, int nLength)` 8-bit unsigned char in place signal right shift with constant.
`static int`	`nppsRShiftC_8u(byte[] pSrc, int nValue, byte[] pDst, int nLength)`
`static int`	`nppsRShiftC_8u(ByteBuffer pSrc, int nValue, ByteBuffer pDst, int nLength)`
`static int`	`nppsRShiftC_8u(BytePointer pSrc, int nValue, BytePointer pDst, int nLength)` 8-bit unsigned char signal right shift with constant.
`static int`	`nppsSet_16s(short nValue, short[] pDst, int nLength)`
`static int`	`nppsSet_16s(short nValue, ShortBuffer pDst, int nLength)`
`static int`	`nppsSet_16s(short nValue, ShortPointer pDst, int nLength)` 16-bit signed integer, vector set method.
`static int`	`nppsSet_16sc(nppc.Npp16sc nValue, nppc.Npp16sc pDst, int nLength)` 16-bit integer complex, vector set method.
`static int`	`nppsSet_16u(short nValue, short[] pDst, int nLength)`
`static int`	`nppsSet_16u(short nValue, ShortBuffer pDst, int nLength)`
`static int`	`nppsSet_16u(short nValue, ShortPointer pDst, int nLength)` 16-bit unsigned integer, vector set method.
`static int`	`nppsSet_32f(float nValue, float[] pDst, int nLength)`
`static int`	`nppsSet_32f(float nValue, FloatBuffer pDst, int nLength)`
`static int`	`nppsSet_32f(float nValue, FloatPointer pDst, int nLength)` 32-bit float, vector set method.
`static int`	`nppsSet_32fc(nppc.Npp32fc nValue, nppc.Npp32fc pDst, int nLength)` 32-bit float complex, vector set method.
`static int`	`nppsSet_32s(int nValue, int[] pDst, int nLength)`
`static int`	`nppsSet_32s(int nValue, IntBuffer pDst, int nLength)`
`static int`	`nppsSet_32s(int nValue, IntPointer pDst, int nLength)` 32-bit signed integer, vector set method.
`static int`	`nppsSet_32sc(nppc.Npp32sc nValue, nppc.Npp32sc pDst, int nLength)` 32-bit integer complex, vector set method.
`static int`	`nppsSet_32u(int nValue, int[] pDst, int nLength)`
`static int`	`nppsSet_32u(int nValue, IntBuffer pDst, int nLength)`
`static int`	`nppsSet_32u(int nValue, IntPointer pDst, int nLength)` 32-bit unsigned integer, vector set method.
`static int`	`nppsSet_64f(double nValue, double[] pDst, int nLength)`
`static int`	`nppsSet_64f(double nValue, DoubleBuffer pDst, int nLength)`
`static int`	`nppsSet_64f(double nValue, DoublePointer pDst, int nLength)` 64-bit double, vector set method.
`static int`	`nppsSet_64fc(nppc.Npp64fc nValue, nppc.Npp64fc pDst, int nLength)` 64-bit double complex, vector set method.
`static int`	`nppsSet_64s(long nValue, long[] pDst, int nLength)`
`static int`	`nppsSet_64s(long nValue, LongBuffer pDst, int nLength)`
`static int`	`nppsSet_64s(long nValue, LongPointer pDst, int nLength)` 64-bit long long integer, vector set method.
`static int`	`nppsSet_64sc(nppc.Npp64sc nValue, nppc.Npp64sc pDst, int nLength)` 64-bit long long integer complex, vector set method.
`static int`	`nppsSet_8s(byte nValue, byte[] pDst, int nLength)`
`static int`	`nppsSet_8s(byte nValue, ByteBuffer pDst, int nLength)`
`static int`	`nppsSet_8s(byte nValue, BytePointer pDst, int nLength)` 8-bit signed char, vector set method.
`static int`	`nppsSet_8u(byte nValue, byte[] pDst, int nLength)`
`static int`	`nppsSet_8u(byte nValue, ByteBuffer pDst, int nLength)`
`static int`	`nppsSet_8u(byte nValue, BytePointer pDst, int nLength)` 8-bit unsigned char, vector set method.
`static int`	`nppsSqr_16s_ISfs(short[] pSrcDst, int nLength, int nScaleFactor)`
`static int`	`nppsSqr_16s_ISfs(ShortBuffer pSrcDst, int nLength, int nScaleFactor)`
`static int`	`nppsSqr_16s_ISfs(ShortPointer pSrcDst, int nLength, int nScaleFactor)` 16-bit signed short signal squared, scale, then clamp to saturated value.
`static int`	`nppsSqr_16s_Sfs(short[] pSrc, short[] pDst, int nLength, int nScaleFactor)`
`static int`	`nppsSqr_16s_Sfs(ShortBuffer pSrc, ShortBuffer pDst, int nLength, int nScaleFactor)`
`static int`	`nppsSqr_16s_Sfs(ShortPointer pSrc, ShortPointer pDst, int nLength, int nScaleFactor)` 16-bit signed short signal squared, scale, then clamp to saturated value.
`static int`	`nppsSqr_16sc_ISfs(nppc.Npp16sc pSrcDst, int nLength, int nScaleFactor)` 16-bit complex signed short signal squared, scale, then clamp to saturated value.
`static int`	`nppsSqr_16sc_Sfs(nppc.Npp16sc pSrc, nppc.Npp16sc pDst, int nLength, int nScaleFactor)` 16-bit complex signed short signal squared, scale, then clamp to saturated value.
`static int`	`nppsSqr_16u_ISfs(short[] pSrcDst, int nLength, int nScaleFactor)`
`static int`	`nppsSqr_16u_ISfs(ShortBuffer pSrcDst, int nLength, int nScaleFactor)`
`static int`	`nppsSqr_16u_ISfs(ShortPointer pSrcDst, int nLength, int nScaleFactor)` 16-bit unsigned short signal squared, scale, then clamp to saturated value.
`static int`	`nppsSqr_16u_Sfs(short[] pSrc, short[] pDst, int nLength, int nScaleFactor)`
`static int`	`nppsSqr_16u_Sfs(ShortBuffer pSrc, ShortBuffer pDst, int nLength, int nScaleFactor)`
`static int`	`nppsSqr_16u_Sfs(ShortPointer pSrc, ShortPointer pDst, int nLength, int nScaleFactor)` 16-bit unsigned short signal squared, scale, then clamp to saturated value.
`static int`	`nppsSqr_32f_I(float[] pSrcDst, int nLength)`
`static int`	`nppsSqr_32f_I(FloatBuffer pSrcDst, int nLength)`
`static int`	`nppsSqr_32f_I(FloatPointer pSrcDst, int nLength)` 32-bit floating point signal squared.
`static int`	`nppsSqr_32f(float[] pSrc, float[] pDst, int nLength)`
`static int`	`nppsSqr_32f(FloatBuffer pSrc, FloatBuffer pDst, int nLength)`
`static int`	`nppsSqr_32f(FloatPointer pSrc, FloatPointer pDst, int nLength)` 32-bit floating point signal squared.
`static int`	`nppsSqr_32fc_I(nppc.Npp32fc pSrcDst, int nLength)` 32-bit complex floating point signal squared.
`static int`	`nppsSqr_32fc(nppc.Npp32fc pSrc, nppc.Npp32fc pDst, int nLength)` 32-bit complex floating point signal squared.
`static int`	`nppsSqr_64f_I(double[] pSrcDst, int nLength)`
`static int`	`nppsSqr_64f_I(DoubleBuffer pSrcDst, int nLength)`
`static int`	`nppsSqr_64f_I(DoublePointer pSrcDst, int nLength)` 64-bit floating point signal squared.
`static int`	`nppsSqr_64f(double[] pSrc, double[] pDst, int nLength)`
`static int`	`nppsSqr_64f(DoubleBuffer pSrc, DoubleBuffer pDst, int nLength)`
`static int`	`nppsSqr_64f(DoublePointer pSrc, DoublePointer pDst, int nLength)` 64-bit floating point signal squared.
`static int`	`nppsSqr_64fc_I(nppc.Npp64fc pSrcDst, int nLength)` 64-bit complex floating point signal squared.
`static int`	`nppsSqr_64fc(nppc.Npp64fc pSrc, nppc.Npp64fc pDst, int nLength)` 64-bit complex floating point signal squared.
`static int`	`nppsSqr_8u_ISfs(byte[] pSrcDst, int nLength, int nScaleFactor)`
`static int`	`nppsSqr_8u_ISfs(ByteBuffer pSrcDst, int nLength, int nScaleFactor)`
`static int`	`nppsSqr_8u_ISfs(BytePointer pSrcDst, int nLength, int nScaleFactor)` 8-bit unsigned char signal squared, scale, then clamp to saturated value.
`static int`	`nppsSqr_8u_Sfs(byte[] pSrc, byte[] pDst, int nLength, int nScaleFactor)`
`static int`	`nppsSqr_8u_Sfs(ByteBuffer pSrc, ByteBuffer pDst, int nLength, int nScaleFactor)`
`static int`	`nppsSqr_8u_Sfs(BytePointer pSrc, BytePointer pDst, int nLength, int nScaleFactor)` 8-bit unsigned char signal squared, scale, then clamp to saturated value.
`static int`	`nppsSqrt_16s_ISfs(short[] pSrcDst, int nLength, int nScaleFactor)`
`static int`	`nppsSqrt_16s_ISfs(ShortBuffer pSrcDst, int nLength, int nScaleFactor)`
`static int`	`nppsSqrt_16s_ISfs(ShortPointer pSrcDst, int nLength, int nScaleFactor)` 16-bit signed short signal square root, scale, then clamp to saturated value.
`static int`	`nppsSqrt_16s_Sfs(short[] pSrc, short[] pDst, int nLength, int nScaleFactor)`
`static int`	`nppsSqrt_16s_Sfs(ShortBuffer pSrc, ShortBuffer pDst, int nLength, int nScaleFactor)`
`static int`	`nppsSqrt_16s_Sfs(ShortPointer pSrc, ShortPointer pDst, int nLength, int nScaleFactor)` 16-bit signed short signal square root, scale, then clamp to saturated value.
`static int`	`nppsSqrt_16sc_ISfs(nppc.Npp16sc pSrcDst, int nLength, int nScaleFactor)` 16-bit complex signed short signal square root, scale, then clamp to saturated value.
`static int`	`nppsSqrt_16sc_Sfs(nppc.Npp16sc pSrc, nppc.Npp16sc pDst, int nLength, int nScaleFactor)` 16-bit complex signed short signal square root, scale, then clamp to saturated value.
`static int`	`nppsSqrt_16u_ISfs(short[] pSrcDst, int nLength, int nScaleFactor)`
`static int`	`nppsSqrt_16u_ISfs(ShortBuffer pSrcDst, int nLength, int nScaleFactor)`
`static int`	`nppsSqrt_16u_ISfs(ShortPointer pSrcDst, int nLength, int nScaleFactor)` 16-bit unsigned short signal square root, scale, then clamp to saturated value.
`static int`	`nppsSqrt_16u_Sfs(short[] pSrc, short[] pDst, int nLength, int nScaleFactor)`
`static int`	`nppsSqrt_16u_Sfs(ShortBuffer pSrc, ShortBuffer pDst, int nLength, int nScaleFactor)`
`static int`	`nppsSqrt_16u_Sfs(ShortPointer pSrc, ShortPointer pDst, int nLength, int nScaleFactor)` 16-bit unsigned short signal square root, scale, then clamp to saturated value.
`static int`	`nppsSqrt_32f_I(float[] pSrcDst, int nLength)`
`static int`	`nppsSqrt_32f_I(FloatBuffer pSrcDst, int nLength)`
`static int`	`nppsSqrt_32f_I(FloatPointer pSrcDst, int nLength)` 32-bit floating point signal square root.
`static int`	`nppsSqrt_32f(float[] pSrc, float[] pDst, int nLength)`
`static int`	`nppsSqrt_32f(FloatBuffer pSrc, FloatBuffer pDst, int nLength)`
`static int`	`nppsSqrt_32f(FloatPointer pSrc, FloatPointer pDst, int nLength)` 32-bit floating point signal square root.
`static int`	`nppsSqrt_32fc_I(nppc.Npp32fc pSrcDst, int nLength)` 32-bit complex floating point signal square root.
`static int`	`nppsSqrt_32fc(nppc.Npp32fc pSrc, nppc.Npp32fc pDst, int nLength)` 32-bit complex floating point signal square root.
`static int`	`nppsSqrt_32s16s_Sfs(int[] pSrc, short[] pDst, int nLength, int nScaleFactor)`
`static int`	`nppsSqrt_32s16s_Sfs(IntBuffer pSrc, ShortBuffer pDst, int nLength, int nScaleFactor)`
`static int`	`nppsSqrt_32s16s_Sfs(IntPointer pSrc, ShortPointer pDst, int nLength, int nScaleFactor)` 32-bit signed integer signal square root, scale, then clamp to 16-bit signed integer saturated value.
`static int`	`nppsSqrt_64f_I(double[] pSrcDst, int nLength)`
`static int`	`nppsSqrt_64f_I(DoubleBuffer pSrcDst, int nLength)`
`static int`	`nppsSqrt_64f_I(DoublePointer pSrcDst, int nLength)` 64-bit floating point signal square root.
`static int`	`nppsSqrt_64f(double[] pSrc, double[] pDst, int nLength)`
`static int`	`nppsSqrt_64f(DoubleBuffer pSrc, DoubleBuffer pDst, int nLength)`
`static int`	`nppsSqrt_64f(DoublePointer pSrc, DoublePointer pDst, int nLength)` 64-bit floating point signal square root.
`static int`	`nppsSqrt_64fc_I(nppc.Npp64fc pSrcDst, int nLength)` 64-bit complex floating point signal square root.
`static int`	`nppsSqrt_64fc(nppc.Npp64fc pSrc, nppc.Npp64fc pDst, int nLength)` 64-bit complex floating point signal square root.
`static int`	`nppsSqrt_64s_ISfs(long[] pSrcDst, int nLength, int nScaleFactor)`
`static int`	`nppsSqrt_64s_ISfs(LongBuffer pSrcDst, int nLength, int nScaleFactor)`
`static int`	`nppsSqrt_64s_ISfs(LongPointer pSrcDst, int nLength, int nScaleFactor)` 64-bit signed integer signal square root, scale, then clamp to saturated value.
`static int`	`nppsSqrt_64s_Sfs(long[] pSrc, long[] pDst, int nLength, int nScaleFactor)`
`static int`	`nppsSqrt_64s_Sfs(LongBuffer pSrc, LongBuffer pDst, int nLength, int nScaleFactor)`
`static int`	`nppsSqrt_64s_Sfs(LongPointer pSrc, LongPointer pDst, int nLength, int nScaleFactor)` 64-bit signed integer signal square root, scale, then clamp to saturated value.
`static int`	`nppsSqrt_64s16s_Sfs(long[] pSrc, short[] pDst, int nLength, int nScaleFactor)`
`static int`	`nppsSqrt_64s16s_Sfs(LongBuffer pSrc, ShortBuffer pDst, int nLength, int nScaleFactor)`
`static int`	`nppsSqrt_64s16s_Sfs(LongPointer pSrc, ShortPointer pDst, int nLength, int nScaleFactor)` 64-bit signed integer signal square root, scale, then clamp to 16-bit signed integer saturated value.
`static int`	`nppsSqrt_8u_ISfs(byte[] pSrcDst, int nLength, int nScaleFactor)`
`static int`	`nppsSqrt_8u_ISfs(ByteBuffer pSrcDst, int nLength, int nScaleFactor)`
`static int`	`nppsSqrt_8u_ISfs(BytePointer pSrcDst, int nLength, int nScaleFactor)` 8-bit unsigned char signal square root, scale, then clamp to saturated value.
`static int`	`nppsSqrt_8u_Sfs(byte[] pSrc, byte[] pDst, int nLength, int nScaleFactor)`
`static int`	`nppsSqrt_8u_Sfs(ByteBuffer pSrc, ByteBuffer pDst, int nLength, int nScaleFactor)`
`static int`	`nppsSqrt_8u_Sfs(BytePointer pSrc, BytePointer pDst, int nLength, int nScaleFactor)` 8-bit unsigned char signal square root, scale, then clamp to saturated value.
`static int`	`nppsStdDev_16s_Sfs(short[] pSrc, int nLength, short[] pStdDev, int nScaleFactor, byte[] pDeviceBuffer)`
`static int`	`nppsStdDev_16s_Sfs(ShortBuffer pSrc, int nLength, ShortBuffer pStdDev, int nScaleFactor, ByteBuffer pDeviceBuffer)`
`static int`	`nppsStdDev_16s_Sfs(ShortPointer pSrc, int nLength, ShortPointer pStdDev, int nScaleFactor, BytePointer pDeviceBuffer)` 16-bit float vector standard deviation method (return value is also 16-bit) \param pSrc \ref source_signal_pointer.
`static int`	`nppsStdDev_16s32s_Sfs(short[] pSrc, int nLength, int[] pStdDev, int nScaleFactor, byte[] pDeviceBuffer)`
`static int`	`nppsStdDev_16s32s_Sfs(ShortBuffer pSrc, int nLength, IntBuffer pStdDev, int nScaleFactor, ByteBuffer pDeviceBuffer)`
`static int`	`nppsStdDev_16s32s_Sfs(ShortPointer pSrc, int nLength, IntPointer pStdDev, int nScaleFactor, BytePointer pDeviceBuffer)` 16-bit float vector standard deviation method (return value is 32-bit) \param pSrc \ref source_signal_pointer.
`static int`	`nppsStdDev_32f(float[] pSrc, int nLength, float[] pStdDev, byte[] pDeviceBuffer)`
`static int`	`nppsStdDev_32f(FloatBuffer pSrc, int nLength, FloatBuffer pStdDev, ByteBuffer pDeviceBuffer)`
`static int`	`nppsStdDev_32f(FloatPointer pSrc, int nLength, FloatPointer pStdDev, BytePointer pDeviceBuffer)` 32-bit float vector standard deviation method \param pSrc \ref source_signal_pointer.
`static int`	`nppsStdDev_64f(double[] pSrc, int nLength, double[] pStdDev, byte[] pDeviceBuffer)`
`static int`	`nppsStdDev_64f(DoubleBuffer pSrc, int nLength, DoubleBuffer pStdDev, ByteBuffer pDeviceBuffer)`
`static int`	`nppsStdDev_64f(DoublePointer pSrc, int nLength, DoublePointer pStdDev, BytePointer pDeviceBuffer)` 64-bit float vector standard deviation method \param pSrc \ref source_signal_pointer.
`static int`	`nppsStdDevGetBufferSize_16s_Sfs(int nLength, int[] hpBufferSize)`
`static int`	`nppsStdDevGetBufferSize_16s_Sfs(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsStdDevGetBufferSize_16s_Sfs(int nLength, IntPointer hpBufferSize)` Device scratch buffer size (in bytes) for nppsStdDev_16s_Sfs.
`static int`	`nppsStdDevGetBufferSize_16s32s_Sfs(int nLength, int[] hpBufferSize)`
`static int`	`nppsStdDevGetBufferSize_16s32s_Sfs(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsStdDevGetBufferSize_16s32s_Sfs(int nLength, IntPointer hpBufferSize)` Device scratch buffer size (in bytes) for nppsStdDev_16s32s_Sfs.
`static int`	`nppsStdDevGetBufferSize_32f(int nLength, int[] hpBufferSize)`
`static int`	`nppsStdDevGetBufferSize_32f(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsStdDevGetBufferSize_32f(int nLength, IntPointer hpBufferSize)` Device scratch buffer size (in bytes) for nppsStdDev_32f.
`static int`	`nppsStdDevGetBufferSize_64f(int nLength, int[] hpBufferSize)`
`static int`	`nppsStdDevGetBufferSize_64f(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsStdDevGetBufferSize_64f(int nLength, IntPointer hpBufferSize)` Device scratch buffer size (in bytes) for nppsStdDev_64f.
`static int`	`nppsSub_16s_I(short[] pSrc, short[] pSrcDst, int nLength)`
`static int`	`nppsSub_16s_I(ShortBuffer pSrc, ShortBuffer pSrcDst, int nLength)`
`static int`	`nppsSub_16s_I(ShortPointer pSrc, ShortPointer pSrcDst, int nLength)` 16-bit signed short in place signal subtract signal, then clamp to saturated value.
`static int`	`nppsSub_16s_ISfs(short[] pSrc, short[] pSrcDst, int nLength, int nScaleFactor)`
`static int`	`nppsSub_16s_ISfs(ShortBuffer pSrc, ShortBuffer pSrcDst, int nLength, int nScaleFactor)`
`static int`	`nppsSub_16s_ISfs(ShortPointer pSrc, ShortPointer pSrcDst, int nLength, int nScaleFactor)` 16-bit signed short in place signal subtract signal, with scaling, then clamp to saturated value.
`static int`	`nppsSub_16s_Sfs(short[] pSrc1, short[] pSrc2, short[] pDst, int nLength, int nScaleFactor)`
`static int`	`nppsSub_16s_Sfs(ShortBuffer pSrc1, ShortBuffer pSrc2, ShortBuffer pDst, int nLength, int nScaleFactor)`
`static int`	`nppsSub_16s_Sfs(ShortPointer pSrc1, ShortPointer pSrc2, ShortPointer pDst, int nLength, int nScaleFactor)` 16-bit signed short signal subtract signal, scale, then clamp to saturated value.
`static int`	`nppsSub_16s(short[] pSrc1, short[] pSrc2, short[] pDst, int nLength)`
`static int`	`nppsSub_16s(ShortBuffer pSrc1, ShortBuffer pSrc2, ShortBuffer pDst, int nLength)`
`static int`	`nppsSub_16s(ShortPointer pSrc1, ShortPointer pSrc2, ShortPointer pDst, int nLength)` 16-bit signed short signal subtract signal, then clamp to saturated value.
`static int`	`nppsSub_16s32f(short[] pSrc1, short[] pSrc2, float[] pDst, int nLength)`
`static int`	`nppsSub_16s32f(ShortBuffer pSrc1, ShortBuffer pSrc2, FloatBuffer pDst, int nLength)`
`static int`	`nppsSub_16s32f(ShortPointer pSrc1, ShortPointer pSrc2, FloatPointer pDst, int nLength)` 16-bit signed short signal subtract 16-bit signed short signal, then clamp and convert to 32-bit floating point saturated value.
`static int`	`nppsSub_16sc_ISfs(nppc.Npp16sc pSrc, nppc.Npp16sc pSrcDst, int nLength, int nScaleFactor)` 16-bit complex signed short in place signal subtract signal, with scaling, then clamp to saturated value.
`static int`	`nppsSub_16sc_Sfs(nppc.Npp16sc pSrc1, nppc.Npp16sc pSrc2, nppc.Npp16sc pDst, int nLength, int nScaleFactor)` 16-bit signed complex short signal subtract signal, scale, then clamp to saturated value.
`static int`	`nppsSub_16u_ISfs(short[] pSrc, short[] pSrcDst, int nLength, int nScaleFactor)`
`static int`	`nppsSub_16u_ISfs(ShortBuffer pSrc, ShortBuffer pSrcDst, int nLength, int nScaleFactor)`
`static int`	`nppsSub_16u_ISfs(ShortPointer pSrc, ShortPointer pSrcDst, int nLength, int nScaleFactor)` 16-bit unsigned short in place signal subtract signal, with scaling, then clamp to saturated value.
`static int`	`nppsSub_16u_Sfs(short[] pSrc1, short[] pSrc2, short[] pDst, int nLength, int nScaleFactor)`
`static int`	`nppsSub_16u_Sfs(ShortBuffer pSrc1, ShortBuffer pSrc2, ShortBuffer pDst, int nLength, int nScaleFactor)`
`static int`	`nppsSub_16u_Sfs(ShortPointer pSrc1, ShortPointer pSrc2, ShortPointer pDst, int nLength, int nScaleFactor)` 16-bit unsigned short signal subtract signal, scale, then clamp to saturated value.
`static int`	`nppsSub_32f_I(float[] pSrc, float[] pSrcDst, int nLength)`
`static int`	`nppsSub_32f_I(FloatBuffer pSrc, FloatBuffer pSrcDst, int nLength)`
`static int`	`nppsSub_32f_I(FloatPointer pSrc, FloatPointer pSrcDst, int nLength)` 32-bit floating point in place signal subtract signal, then clamp to saturated value.
`static int`	`nppsSub_32f(float[] pSrc1, float[] pSrc2, float[] pDst, int nLength)`
`static int`	`nppsSub_32f(FloatBuffer pSrc1, FloatBuffer pSrc2, FloatBuffer pDst, int nLength)`
`static int`	`nppsSub_32f(FloatPointer pSrc1, FloatPointer pSrc2, FloatPointer pDst, int nLength)` 32-bit floating point signal subtract signal, then clamp to saturated value.
`static int`	`nppsSub_32fc_I(nppc.Npp32fc pSrc, nppc.Npp32fc pSrcDst, int nLength)` 32-bit complex floating point in place signal subtract signal, then clamp to saturated value.
`static int`	`nppsSub_32fc(nppc.Npp32fc pSrc1, nppc.Npp32fc pSrc2, nppc.Npp32fc pDst, int nLength)` 32-bit complex floating point signal subtract signal, then clamp to saturated value.
`static int`	`nppsSub_32s_ISfs(int[] pSrc, int[] pSrcDst, int nLength, int nScaleFactor)`
`static int`	`nppsSub_32s_ISfs(IntBuffer pSrc, IntBuffer pSrcDst, int nLength, int nScaleFactor)`
`static int`	`nppsSub_32s_ISfs(IntPointer pSrc, IntPointer pSrcDst, int nLength, int nScaleFactor)` 32-bit signed integer in place signal subtract signal, with scaling, then clamp to saturated value.
`static int`	`nppsSub_32s_Sfs(int[] pSrc1, int[] pSrc2, int[] pDst, int nLength, int nScaleFactor)`
`static int`	`nppsSub_32s_Sfs(IntBuffer pSrc1, IntBuffer pSrc2, IntBuffer pDst, int nLength, int nScaleFactor)`
`static int`	`nppsSub_32s_Sfs(IntPointer pSrc1, IntPointer pSrc2, IntPointer pDst, int nLength, int nScaleFactor)` 32-bit signed integer signal subtract signal, scale, then clamp to saturated value.
`static int`	`nppsSub_32sc_ISfs(nppc.Npp32sc pSrc, nppc.Npp32sc pSrcDst, int nLength, int nScaleFactor)` 32-bit complex signed integer in place signal subtract signal, with scaling, then clamp to saturated value.
`static int`	`nppsSub_32sc_Sfs(nppc.Npp32sc pSrc1, nppc.Npp32sc pSrc2, nppc.Npp32sc pDst, int nLength, int nScaleFactor)` 32-bit signed complex integer signal subtract signal, scale, then clamp to saturated value.
`static int`	`nppsSub_64f_I(double[] pSrc, double[] pSrcDst, int nLength)`
`static int`	`nppsSub_64f_I(DoubleBuffer pSrc, DoubleBuffer pSrcDst, int nLength)`
`static int`	`nppsSub_64f_I(DoublePointer pSrc, DoublePointer pSrcDst, int nLength)` 64-bit floating point in place signal subtract signal, then clamp to saturated value.
`static int`	`nppsSub_64f(double[] pSrc1, double[] pSrc2, double[] pDst, int nLength)`
`static int`	`nppsSub_64f(DoubleBuffer pSrc1, DoubleBuffer pSrc2, DoubleBuffer pDst, int nLength)`
`static int`	`nppsSub_64f(DoublePointer pSrc1, DoublePointer pSrc2, DoublePointer pDst, int nLength)` 64-bit floating point signal subtract signal, then clamp to saturated value.
`static int`	`nppsSub_64fc_I(nppc.Npp64fc pSrc, nppc.Npp64fc pSrcDst, int nLength)` 64-bit complex floating point in place signal subtract signal, then clamp to saturated value.
`static int`	`nppsSub_64fc(nppc.Npp64fc pSrc1, nppc.Npp64fc pSrc2, nppc.Npp64fc pDst, int nLength)` 64-bit complex floating point signal subtract signal, then clamp to saturated value.
`static int`	`nppsSub_8u_ISfs(byte[] pSrc, byte[] pSrcDst, int nLength, int nScaleFactor)`
`static int`	`nppsSub_8u_ISfs(ByteBuffer pSrc, ByteBuffer pSrcDst, int nLength, int nScaleFactor)`
`static int`	`nppsSub_8u_ISfs(BytePointer pSrc, BytePointer pSrcDst, int nLength, int nScaleFactor)` 8-bit unsigned char in place signal subtract signal, with scaling, then clamp to saturated value.
`static int`	`nppsSub_8u_Sfs(byte[] pSrc1, byte[] pSrc2, byte[] pDst, int nLength, int nScaleFactor)`
`static int`	`nppsSub_8u_Sfs(ByteBuffer pSrc1, ByteBuffer pSrc2, ByteBuffer pDst, int nLength, int nScaleFactor)`
`static int`	`nppsSub_8u_Sfs(BytePointer pSrc1, BytePointer pSrc2, BytePointer pDst, int nLength, int nScaleFactor)` 8-bit unsigned char signal subtract signal, scale, then clamp to saturated value.
`static int`	`nppsSubC_16s_ISfs(short nValue, short[] pSrcDst, int nLength, int nScaleFactor)`
`static int`	`nppsSubC_16s_ISfs(short nValue, ShortBuffer pSrcDst, int nLength, int nScaleFactor)`
`static int`	`nppsSubC_16s_ISfs(short nValue, ShortPointer pSrcDst, int nLength, int nScaleFactor)` 16-bit signed short in place signal subtract constant, scale, then clamp to saturated value.
`static int`	`nppsSubC_16s_Sfs(short[] pSrc, short nValue, short[] pDst, int nLength, int nScaleFactor)`
`static int`	`nppsSubC_16s_Sfs(ShortBuffer pSrc, short nValue, ShortBuffer pDst, int nLength, int nScaleFactor)`
`static int`	`nppsSubC_16s_Sfs(ShortPointer pSrc, short nValue, ShortPointer pDst, int nLength, int nScaleFactor)` 16-bit signed short signal subtract constant, scale, then clamp to saturated value.
`static int`	`nppsSubC_16sc_ISfs(nppc.Npp16sc nValue, nppc.Npp16sc pSrcDst, int nLength, int nScaleFactor)` 16-bit integer complex number (16 bit real, 16 bit imaginary) signal subtract constant, scale, then clamp to saturated value.
`static int`	`nppsSubC_16sc_Sfs(nppc.Npp16sc pSrc, nppc.Npp16sc nValue, nppc.Npp16sc pDst, int nLength, int nScaleFactor)` 16-bit integer complex number (16 bit real, 16 bit imaginary) signal subtract constant, scale, then clamp to saturated value.
`static int`	`nppsSubC_16u_ISfs(short nValue, short[] pSrcDst, int nLength, int nScaleFactor)`
`static int`	`nppsSubC_16u_ISfs(short nValue, ShortBuffer pSrcDst, int nLength, int nScaleFactor)`
`static int`	`nppsSubC_16u_ISfs(short nValue, ShortPointer pSrcDst, int nLength, int nScaleFactor)` 16-bit unsigned short in place signal subtract constant, scale, then clamp to saturated value.
`static int`	`nppsSubC_16u_Sfs(short[] pSrc, short nValue, short[] pDst, int nLength, int nScaleFactor)`
`static int`	`nppsSubC_16u_Sfs(ShortBuffer pSrc, short nValue, ShortBuffer pDst, int nLength, int nScaleFactor)`
`static int`	`nppsSubC_16u_Sfs(ShortPointer pSrc, short nValue, ShortPointer pDst, int nLength, int nScaleFactor)` 16-bit unsigned short signal subtract constant, scale, then clamp to saturated value.
`static int`	`nppsSubC_32f_I(float nValue, float[] pSrcDst, int nLength)`
`static int`	`nppsSubC_32f_I(float nValue, FloatBuffer pSrcDst, int nLength)`
`static int`	`nppsSubC_32f_I(float nValue, FloatPointer pSrcDst, int nLength)` 32-bit floating point in place signal subtract constant.
`static int`	`nppsSubC_32f(float[] pSrc, float nValue, float[] pDst, int nLength)`
`static int`	`nppsSubC_32f(FloatBuffer pSrc, float nValue, FloatBuffer pDst, int nLength)`
`static int`	`nppsSubC_32f(FloatPointer pSrc, float nValue, FloatPointer pDst, int nLength)` 32-bit floating point signal subtract constant.
`static int`	`nppsSubC_32fc_I(nppc.Npp32fc nValue, nppc.Npp32fc pSrcDst, int nLength)` 32-bit floating point complex number (32 bit real, 32 bit imaginary) in place signal subtract constant.
`static int`	`nppsSubC_32fc(nppc.Npp32fc pSrc, nppc.Npp32fc nValue, nppc.Npp32fc pDst, int nLength)` 32-bit floating point complex number (32 bit real, 32 bit imaginary) signal subtract constant.
`static int`	`nppsSubC_32s_ISfs(int nValue, int[] pSrcDst, int nLength, int nScaleFactor)`
`static int`	`nppsSubC_32s_ISfs(int nValue, IntBuffer pSrcDst, int nLength, int nScaleFactor)`
`static int`	`nppsSubC_32s_ISfs(int nValue, IntPointer pSrcDst, int nLength, int nScaleFactor)` 32-bit signed integer in place signal subtract constant and scale.
`static int`	`nppsSubC_32s_Sfs(int[] pSrc, int nValue, int[] pDst, int nLength, int nScaleFactor)`
`static int`	`nppsSubC_32s_Sfs(IntBuffer pSrc, int nValue, IntBuffer pDst, int nLength, int nScaleFactor)`
`static int`	`nppsSubC_32s_Sfs(IntPointer pSrc, int nValue, IntPointer pDst, int nLength, int nScaleFactor)` 32-bit signed integer signal subtract constant and scale.
`static int`	`nppsSubC_32sc_ISfs(nppc.Npp32sc nValue, nppc.Npp32sc pSrcDst, int nLength, int nScaleFactor)` 32-bit integer complex number (32 bit real, 32 bit imaginary) in place signal subtract constant and scale.
`static int`	`nppsSubC_32sc_Sfs(nppc.Npp32sc pSrc, nppc.Npp32sc nValue, nppc.Npp32sc pDst, int nLength, int nScaleFactor)` 32-bit integer complex number (32 bit real, 32 bit imaginary)signal subtract constant and scale.
`static int`	`nppsSubC_64f_I(double nValue, double[] pSrcDst, int nLength)`
`static int`	`nppsSubC_64f_I(double nValue, DoubleBuffer pSrcDst, int nLength)`
`static int`	`nppsSubC_64f_I(double nValue, DoublePointer pSrcDst, int nLength)` 64-bit floating point, in place signal subtract constant.
`static int`	`nppsSubC_64f(double[] pSrc, double nValue, double[] pDst, int nLength)`
`static int`	`nppsSubC_64f(DoubleBuffer pSrc, double nValue, DoubleBuffer pDst, int nLength)`
`static int`	`nppsSubC_64f(DoublePointer pSrc, double nValue, DoublePointer pDst, int nLength)` 64-bit floating point signal subtract constant.
`static int`	`nppsSubC_64fc_I(nppc.Npp64fc nValue, nppc.Npp64fc pSrcDst, int nLength)` 64-bit floating point complex number (64 bit real, 64 bit imaginary) in place signal subtract constant.
`static int`	`nppsSubC_64fc(nppc.Npp64fc pSrc, nppc.Npp64fc nValue, nppc.Npp64fc pDst, int nLength)` 64-bit floating point complex number (64 bit real, 64 bit imaginary) signal subtract constant.
`static int`	`nppsSubC_8u_ISfs(byte nValue, byte[] pSrcDst, int nLength, int nScaleFactor)`
`static int`	`nppsSubC_8u_ISfs(byte nValue, ByteBuffer pSrcDst, int nLength, int nScaleFactor)`
`static int`	`nppsSubC_8u_ISfs(byte nValue, BytePointer pSrcDst, int nLength, int nScaleFactor)` 8-bit unsigned char in place signal subtract constant, scale, then clamp to saturated value \param pSrcDst \ref in_place_signal_pointer.
`static int`	`nppsSubC_8u_Sfs(byte[] pSrc, byte nValue, byte[] pDst, int nLength, int nScaleFactor)`
`static int`	`nppsSubC_8u_Sfs(ByteBuffer pSrc, byte nValue, ByteBuffer pDst, int nLength, int nScaleFactor)`
`static int`	`nppsSubC_8u_Sfs(BytePointer pSrc, byte nValue, BytePointer pDst, int nLength, int nScaleFactor)` 8-bit unsigned char signal subtract constant, scale, then clamp to saturated value.
`static int`	`nppsSubCRev_16s_ISfs(short nValue, short[] pSrcDst, int nLength, int nScaleFactor)`
`static int`	`nppsSubCRev_16s_ISfs(short nValue, ShortBuffer pSrcDst, int nLength, int nScaleFactor)`
`static int`	`nppsSubCRev_16s_ISfs(short nValue, ShortPointer pSrcDst, int nLength, int nScaleFactor)` 16-bit signed short in place signal subtract from constant, scale, then clamp to saturated value.
`static int`	`nppsSubCRev_16s_Sfs(short[] pSrc, short nValue, short[] pDst, int nLength, int nScaleFactor)`
`static int`	`nppsSubCRev_16s_Sfs(ShortBuffer pSrc, short nValue, ShortBuffer pDst, int nLength, int nScaleFactor)`
`static int`	`nppsSubCRev_16s_Sfs(ShortPointer pSrc, short nValue, ShortPointer pDst, int nLength, int nScaleFactor)` 16-bit signed short signal subtract from constant, scale, then clamp to saturated value.
`static int`	`nppsSubCRev_16sc_ISfs(nppc.Npp16sc nValue, nppc.Npp16sc pSrcDst, int nLength, int nScaleFactor)` 16-bit integer complex number (16 bit real, 16 bit imaginary) signal subtract from constant, scale, then clamp to saturated value.
`static int`	`nppsSubCRev_16sc_Sfs(nppc.Npp16sc pSrc, nppc.Npp16sc nValue, nppc.Npp16sc pDst, int nLength, int nScaleFactor)` 16-bit integer complex number (16 bit real, 16 bit imaginary) signal subtract from constant, scale, then clamp to saturated value.
`static int`	`nppsSubCRev_16u_ISfs(short nValue, short[] pSrcDst, int nLength, int nScaleFactor)`
`static int`	`nppsSubCRev_16u_ISfs(short nValue, ShortBuffer pSrcDst, int nLength, int nScaleFactor)`
`static int`	`nppsSubCRev_16u_ISfs(short nValue, ShortPointer pSrcDst, int nLength, int nScaleFactor)` 16-bit unsigned short in place signal subtract from constant, scale, then clamp to saturated value.
`static int`	`nppsSubCRev_16u_Sfs(short[] pSrc, short nValue, short[] pDst, int nLength, int nScaleFactor)`
`static int`	`nppsSubCRev_16u_Sfs(ShortBuffer pSrc, short nValue, ShortBuffer pDst, int nLength, int nScaleFactor)`
`static int`	`nppsSubCRev_16u_Sfs(ShortPointer pSrc, short nValue, ShortPointer pDst, int nLength, int nScaleFactor)` 16-bit unsigned short signal subtract from constant, scale, then clamp to saturated value.
`static int`	`nppsSubCRev_32f_I(float nValue, float[] pSrcDst, int nLength)`
`static int`	`nppsSubCRev_32f_I(float nValue, FloatBuffer pSrcDst, int nLength)`
`static int`	`nppsSubCRev_32f_I(float nValue, FloatPointer pSrcDst, int nLength)` 32-bit floating point in place signal subtract from constant.
`static int`	`nppsSubCRev_32f(float[] pSrc, float nValue, float[] pDst, int nLength)`
`static int`	`nppsSubCRev_32f(FloatBuffer pSrc, float nValue, FloatBuffer pDst, int nLength)`
`static int`	`nppsSubCRev_32f(FloatPointer pSrc, float nValue, FloatPointer pDst, int nLength)` 32-bit floating point signal subtract from constant.
`static int`	`nppsSubCRev_32fc_I(nppc.Npp32fc nValue, nppc.Npp32fc pSrcDst, int nLength)` 32-bit floating point complex number (32 bit real, 32 bit imaginary) in place signal subtract from constant.
`static int`	`nppsSubCRev_32fc(nppc.Npp32fc pSrc, nppc.Npp32fc nValue, nppc.Npp32fc pDst, int nLength)` 32-bit floating point complex number (32 bit real, 32 bit imaginary) signal subtract from constant.
`static int`	`nppsSubCRev_32s_ISfs(int nValue, int[] pSrcDst, int nLength, int nScaleFactor)`
`static int`	`nppsSubCRev_32s_ISfs(int nValue, IntBuffer pSrcDst, int nLength, int nScaleFactor)`
`static int`	`nppsSubCRev_32s_ISfs(int nValue, IntPointer pSrcDst, int nLength, int nScaleFactor)` 32-bit signed integer in place signal subtract from constant and scale.
`static int`	`nppsSubCRev_32s_Sfs(int[] pSrc, int nValue, int[] pDst, int nLength, int nScaleFactor)`
`static int`	`nppsSubCRev_32s_Sfs(IntBuffer pSrc, int nValue, IntBuffer pDst, int nLength, int nScaleFactor)`
`static int`	`nppsSubCRev_32s_Sfs(IntPointer pSrc, int nValue, IntPointer pDst, int nLength, int nScaleFactor)` 32-bit signed integersignal subtract from constant and scale.
`static int`	`nppsSubCRev_32sc_ISfs(nppc.Npp32sc nValue, nppc.Npp32sc pSrcDst, int nLength, int nScaleFactor)` 32-bit integer complex number (32 bit real, 32 bit imaginary) in place signal subtract from constant and scale.
`static int`	`nppsSubCRev_32sc_Sfs(nppc.Npp32sc pSrc, nppc.Npp32sc nValue, nppc.Npp32sc pDst, int nLength, int nScaleFactor)` 32-bit integer complex number (32 bit real, 32 bit imaginary) signal subtract from constant and scale.
`static int`	`nppsSubCRev_64f_I(double nValue, double[] pSrcDst, int nLength)`
`static int`	`nppsSubCRev_64f_I(double nValue, DoubleBuffer pSrcDst, int nLength)`
`static int`	`nppsSubCRev_64f_I(double nValue, DoublePointer pSrcDst, int nLength)` 64-bit floating point, in place signal subtract from constant.
`static int`	`nppsSubCRev_64f(double[] pSrc, double nValue, double[] pDst, int nLength)`
`static int`	`nppsSubCRev_64f(DoubleBuffer pSrc, double nValue, DoubleBuffer pDst, int nLength)`
`static int`	`nppsSubCRev_64f(DoublePointer pSrc, double nValue, DoublePointer pDst, int nLength)` 64-bit floating point signal subtract from constant.
`static int`	`nppsSubCRev_64fc_I(nppc.Npp64fc nValue, nppc.Npp64fc pSrcDst, int nLength)` 64-bit floating point complex number (64 bit real, 64 bit imaginary) in place signal subtract from constant.
`static int`	`nppsSubCRev_64fc(nppc.Npp64fc pSrc, nppc.Npp64fc nValue, nppc.Npp64fc pDst, int nLength)` 64-bit floating point complex number (64 bit real, 64 bit imaginary) signal subtract from constant.
`static int`	`nppsSubCRev_8u_ISfs(byte nValue, byte[] pSrcDst, int nLength, int nScaleFactor)`
`static int`	`nppsSubCRev_8u_ISfs(byte nValue, ByteBuffer pSrcDst, int nLength, int nScaleFactor)`
`static int`	`nppsSubCRev_8u_ISfs(byte nValue, BytePointer pSrcDst, int nLength, int nScaleFactor)` 8-bit unsigned char in place signal subtract from constant, scale, then clamp to saturated value \param pSrcDst \ref in_place_signal_pointer.
`static int`	`nppsSubCRev_8u_Sfs(byte[] pSrc, byte nValue, byte[] pDst, int nLength, int nScaleFactor)`
`static int`	`nppsSubCRev_8u_Sfs(ByteBuffer pSrc, byte nValue, ByteBuffer pDst, int nLength, int nScaleFactor)`
`static int`	`nppsSubCRev_8u_Sfs(BytePointer pSrc, byte nValue, BytePointer pDst, int nLength, int nScaleFactor)` 8-bit unsigned char signal subtract from constant, scale, then clamp to saturated value.
`static int`	`nppsSum_16s_Sfs(short[] pSrc, int nLength, short[] pSum, int nScaleFactor, byte[] pDeviceBuffer)`
`static int`	`nppsSum_16s_Sfs(ShortBuffer pSrc, int nLength, ShortBuffer pSum, int nScaleFactor, ByteBuffer pDeviceBuffer)`
`static int`	`nppsSum_16s_Sfs(ShortPointer pSrc, int nLength, ShortPointer pSum, int nScaleFactor, BytePointer pDeviceBuffer)` 16-bit short vector sum with integer scaling method \param pSrc \ref source_signal_pointer.
`static int`	`nppsSum_16s32s_Sfs(short[] pSrc, int nLength, int[] pSum, int nScaleFactor, byte[] pDeviceBuffer)`
`static int`	`nppsSum_16s32s_Sfs(ShortBuffer pSrc, int nLength, IntBuffer pSum, int nScaleFactor, ByteBuffer pDeviceBuffer)`
`static int`	`nppsSum_16s32s_Sfs(ShortPointer pSrc, int nLength, IntPointer pSum, int nScaleFactor, BytePointer pDeviceBuffer)` 16-bit integer vector sum (32bit) with integer scaling method \param pSrc \ref source_signal_pointer.
`static int`	`nppsSum_16sc_Sfs(nppc.Npp16sc pSrc, int nLength, nppc.Npp16sc pSum, int nScaleFactor, byte[] pDeviceBuffer)`
`static int`	`nppsSum_16sc_Sfs(nppc.Npp16sc pSrc, int nLength, nppc.Npp16sc pSum, int nScaleFactor, ByteBuffer pDeviceBuffer)`
`static int`	`nppsSum_16sc_Sfs(nppc.Npp16sc pSrc, int nLength, nppc.Npp16sc pSum, int nScaleFactor, BytePointer pDeviceBuffer)` 16-bit short complex vector sum with integer scaling method \param pSrc \ref source_signal_pointer.
`static int`	`nppsSum_16sc32sc_Sfs(nppc.Npp16sc pSrc, int nLength, nppc.Npp32sc pSum, int nScaleFactor, byte[] pDeviceBuffer)`
`static int`	`nppsSum_16sc32sc_Sfs(nppc.Npp16sc pSrc, int nLength, nppc.Npp32sc pSum, int nScaleFactor, ByteBuffer pDeviceBuffer)`
`static int`	`nppsSum_16sc32sc_Sfs(nppc.Npp16sc pSrc, int nLength, nppc.Npp32sc pSum, int nScaleFactor, BytePointer pDeviceBuffer)` 16-bit short complex vector sum (32bit int complex) with integer scaling method \param pSrc \ref source_signal_pointer.
`static int`	`nppsSum_32f(float[] pSrc, int nLength, float[] pSum, byte[] pDeviceBuffer)`
`static int`	`nppsSum_32f(FloatBuffer pSrc, int nLength, FloatBuffer pSum, ByteBuffer pDeviceBuffer)`
`static int`	`nppsSum_32f(FloatPointer pSrc, int nLength, FloatPointer pSum, BytePointer pDeviceBuffer)` 32-bit float vector sum method \param pSrc \ref source_signal_pointer.
`static int`	`nppsSum_32fc(nppc.Npp32fc pSrc, int nLength, nppc.Npp32fc pSum, byte[] pDeviceBuffer)`
`static int`	`nppsSum_32fc(nppc.Npp32fc pSrc, int nLength, nppc.Npp32fc pSum, ByteBuffer pDeviceBuffer)`
`static int`	`nppsSum_32fc(nppc.Npp32fc pSrc, int nLength, nppc.Npp32fc pSum, BytePointer pDeviceBuffer)` 32-bit float complex vector sum method \param pSrc \ref source_signal_pointer.
`static int`	`nppsSum_32s_Sfs(int[] pSrc, int nLength, int[] pSum, int nScaleFactor, byte[] pDeviceBuffer)`
`static int`	`nppsSum_32s_Sfs(IntBuffer pSrc, int nLength, IntBuffer pSum, int nScaleFactor, ByteBuffer pDeviceBuffer)`
`static int`	`nppsSum_32s_Sfs(IntPointer pSrc, int nLength, IntPointer pSum, int nScaleFactor, BytePointer pDeviceBuffer)` 32-bit integer vector sum with integer scaling method \param pSrc \ref source_signal_pointer.
`static int`	`nppsSum_64f(double[] pSrc, int nLength, double[] pSum, byte[] pDeviceBuffer)`
`static int`	`nppsSum_64f(DoubleBuffer pSrc, int nLength, DoubleBuffer pSum, ByteBuffer pDeviceBuffer)`
`static int`	`nppsSum_64f(DoublePointer pSrc, int nLength, DoublePointer pSum, BytePointer pDeviceBuffer)` 64-bit double vector sum method \param pSrc \ref source_signal_pointer.
`static int`	`nppsSum_64fc(nppc.Npp64fc pSrc, int nLength, nppc.Npp64fc pSum, byte[] pDeviceBuffer)`
`static int`	`nppsSum_64fc(nppc.Npp64fc pSrc, int nLength, nppc.Npp64fc pSum, ByteBuffer pDeviceBuffer)`
`static int`	`nppsSum_64fc(nppc.Npp64fc pSrc, int nLength, nppc.Npp64fc pSum, BytePointer pDeviceBuffer)` 64-bit double complex vector sum method \param pSrc \ref source_signal_pointer.
`static int`	`nppsSumGetBufferSize_16s_Sfs(int nLength, int[] hpBufferSize)`
`static int`	`nppsSumGetBufferSize_16s_Sfs(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsSumGetBufferSize_16s_Sfs(int nLength, IntPointer hpBufferSize)` Device scratch buffer size (in bytes) for nppsSum_16s_Sfs.
`static int`	`nppsSumGetBufferSize_16s32s_Sfs(int nLength, int[] hpBufferSize)`
`static int`	`nppsSumGetBufferSize_16s32s_Sfs(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsSumGetBufferSize_16s32s_Sfs(int nLength, IntPointer hpBufferSize)` Device scratch buffer size (in bytes) for nppsSum_16s32s_Sfs.
`static int`	`nppsSumGetBufferSize_16sc_Sfs(int nLength, int[] hpBufferSize)`
`static int`	`nppsSumGetBufferSize_16sc_Sfs(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsSumGetBufferSize_16sc_Sfs(int nLength, IntPointer hpBufferSize)` Device scratch buffer size (in bytes) for nppsSum_16sc_Sfs.
`static int`	`nppsSumGetBufferSize_16sc32sc_Sfs(int nLength, int[] hpBufferSize)`
`static int`	`nppsSumGetBufferSize_16sc32sc_Sfs(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsSumGetBufferSize_16sc32sc_Sfs(int nLength, IntPointer hpBufferSize)` Device scratch buffer size (in bytes) for nppsSum_16sc32sc_Sfs.
`static int`	`nppsSumGetBufferSize_32f(int nLength, int[] hpBufferSize)`
`static int`	`nppsSumGetBufferSize_32f(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsSumGetBufferSize_32f(int nLength, IntPointer hpBufferSize)` Device scratch buffer size (in bytes) for nppsSum_32f.
`static int`	`nppsSumGetBufferSize_32fc(int nLength, int[] hpBufferSize)`
`static int`	`nppsSumGetBufferSize_32fc(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsSumGetBufferSize_32fc(int nLength, IntPointer hpBufferSize)` Device scratch buffer size (in bytes) for nppsSum_32fc.
`static int`	`nppsSumGetBufferSize_32s_Sfs(int nLength, int[] hpBufferSize)`
`static int`	`nppsSumGetBufferSize_32s_Sfs(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsSumGetBufferSize_32s_Sfs(int nLength, IntPointer hpBufferSize)` Device scratch buffer size (in bytes) for nppsSum_32s_Sfs.
`static int`	`nppsSumGetBufferSize_64f(int nLength, int[] hpBufferSize)`
`static int`	`nppsSumGetBufferSize_64f(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsSumGetBufferSize_64f(int nLength, IntPointer hpBufferSize)` Device scratch buffer size (in bytes) for nppsSum_64f.
`static int`	`nppsSumGetBufferSize_64fc(int nLength, int[] hpBufferSize)`
`static int`	`nppsSumGetBufferSize_64fc(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsSumGetBufferSize_64fc(int nLength, IntPointer hpBufferSize)` Device scratch buffer size (in bytes) for nppsSum_64fc.
`static int`	`nppsSumLn_16s32f(short[] pSrc, int nLength, float[] pDst, byte[] pDeviceBuffer)`
`static int`	`nppsSumLn_16s32f(ShortBuffer pSrc, int nLength, FloatBuffer pDst, ByteBuffer pDeviceBuffer)`
`static int`	`nppsSumLn_16s32f(ShortPointer pSrc, int nLength, FloatPointer pDst, BytePointer pDeviceBuffer)` 16-bit signed short integer input, 32-bit floating point output signal sum natural logarithm.
`static int`	`nppsSumLn_32f(float[] pSrc, int nLength, float[] pDst, byte[] pDeviceBuffer)`
`static int`	`nppsSumLn_32f(FloatBuffer pSrc, int nLength, FloatBuffer pDst, ByteBuffer pDeviceBuffer)`
`static int`	`nppsSumLn_32f(FloatPointer pSrc, int nLength, FloatPointer pDst, BytePointer pDeviceBuffer)` 32-bit floating point signal sum natural logarithm.
`static int`	`nppsSumLn_32f64f(float[] pSrc, int nLength, double[] pDst, byte[] pDeviceBuffer)`
`static int`	`nppsSumLn_32f64f(FloatBuffer pSrc, int nLength, DoubleBuffer pDst, ByteBuffer pDeviceBuffer)`
`static int`	`nppsSumLn_32f64f(FloatPointer pSrc, int nLength, DoublePointer pDst, BytePointer pDeviceBuffer)` 32-bit flaoting point input, 64-bit floating point output signal sum natural logarithm.
`static int`	`nppsSumLn_64f(double[] pSrc, int nLength, double[] pDst, byte[] pDeviceBuffer)`
`static int`	`nppsSumLn_64f(DoubleBuffer pSrc, int nLength, DoubleBuffer pDst, ByteBuffer pDeviceBuffer)`
`static int`	`nppsSumLn_64f(DoublePointer pSrc, int nLength, DoublePointer pDst, BytePointer pDeviceBuffer)` 64-bit floating point signal sum natural logarithm.
`static int`	`nppsSumLnGetBufferSize_16s32f(int nLength, int[] hpBufferSize)`
`static int`	`nppsSumLnGetBufferSize_16s32f(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsSumLnGetBufferSize_16s32f(int nLength, IntPointer hpBufferSize)` Device scratch buffer size (in bytes) for 16s32f SumLn.
`static int`	`nppsSumLnGetBufferSize_32f(int nLength, int[] hpBufferSize)`
`static int`	`nppsSumLnGetBufferSize_32f(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsSumLnGetBufferSize_32f(int nLength, IntPointer hpBufferSize)` Device scratch buffer size (in bytes) for 32f SumLn.
`static int`	`nppsSumLnGetBufferSize_32f64f(int nLength, int[] hpBufferSize)`
`static int`	`nppsSumLnGetBufferSize_32f64f(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsSumLnGetBufferSize_32f64f(int nLength, IntPointer hpBufferSize)` Device scratch buffer size (in bytes) for 32f64f SumLn.
`static int`	`nppsSumLnGetBufferSize_64f(int nLength, int[] hpBufferSize)`
`static int`	`nppsSumLnGetBufferSize_64f(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsSumLnGetBufferSize_64f(int nLength, IntPointer hpBufferSize)` Device scratch buffer size (in bytes) for 64f SumLn.
`static int`	`nppsThreshold_16s_I(short[] pSrcDst, int nLength, short nLevel, int nRelOp)`
`static int`	`nppsThreshold_16s_I(ShortBuffer pSrcDst, int nLength, short nLevel, int nRelOp)`
`static int`	`nppsThreshold_16s_I(ShortPointer pSrcDst, int nLength, short nLevel, int nRelOp)` 16-bit in place signed short signal threshold with constant level.
`static int`	`nppsThreshold_16s(short[] pSrc, short[] pDst, int nLength, short nLevel, int nRelOp)`
`static int`	`nppsThreshold_16s(ShortBuffer pSrc, ShortBuffer pDst, int nLength, short nLevel, int nRelOp)`
`static int`	`nppsThreshold_16s(ShortPointer pSrc, ShortPointer pDst, int nLength, short nLevel, int nRelOp)` 16-bit signed short signal threshold with constant level.
`static int`	`nppsThreshold_16sc_I(nppc.Npp16sc pSrcDst, int nLength, short nLevel, int nRelOp)` 16-bit in place signed short complex number signal threshold with constant level.
`static int`	`nppsThreshold_16sc(nppc.Npp16sc pSrc, nppc.Npp16sc pDst, int nLength, short nLevel, int nRelOp)` 16-bit signed short complex number signal threshold with constant level.
`static int`	`nppsThreshold_32f_I(float[] pSrcDst, int nLength, float nLevel, int nRelOp)`
`static int`	`nppsThreshold_32f_I(FloatBuffer pSrcDst, int nLength, float nLevel, int nRelOp)`
`static int`	`nppsThreshold_32f_I(FloatPointer pSrcDst, int nLength, float nLevel, int nRelOp)` 32-bit in place floating point signal threshold with constant level.
`static int`	`nppsThreshold_32f(float[] pSrc, float[] pDst, int nLength, float nLevel, int nRelOp)`
`static int`	`nppsThreshold_32f(FloatBuffer pSrc, FloatBuffer pDst, int nLength, float nLevel, int nRelOp)`
`static int`	`nppsThreshold_32f(FloatPointer pSrc, FloatPointer pDst, int nLength, float nLevel, int nRelOp)` 32-bit floating point signal threshold with constant level.
`static int`	`nppsThreshold_32fc_I(nppc.Npp32fc pSrcDst, int nLength, float nLevel, int nRelOp)` 32-bit in place floating point complex number signal threshold with constant level.
`static int`	`nppsThreshold_32fc(nppc.Npp32fc pSrc, nppc.Npp32fc pDst, int nLength, float nLevel, int nRelOp)` 32-bit floating point complex number signal threshold with constant level.
`static int`	`nppsThreshold_64f_I(double[] pSrcDst, int nLength, double nLevel, int nRelOp)`
`static int`	`nppsThreshold_64f_I(DoubleBuffer pSrcDst, int nLength, double nLevel, int nRelOp)`
`static int`	`nppsThreshold_64f_I(DoublePointer pSrcDst, int nLength, double nLevel, int nRelOp)` 64-bit in place floating point signal threshold with constant level.
`static int`	`nppsThreshold_64f(double[] pSrc, double[] pDst, int nLength, double nLevel, int nRelOp)`
`static int`	`nppsThreshold_64f(DoubleBuffer pSrc, DoubleBuffer pDst, int nLength, double nLevel, int nRelOp)`
`static int`	`nppsThreshold_64f(DoublePointer pSrc, DoublePointer pDst, int nLength, double nLevel, int nRelOp)` 64-bit floating point signal threshold with constant level.
`static int`	`nppsThreshold_64fc_I(nppc.Npp64fc pSrcDst, int nLength, double nLevel, int nRelOp)` 64-bit in place floating point complex number signal threshold with constant level.
`static int`	`nppsThreshold_64fc(nppc.Npp64fc pSrc, nppc.Npp64fc pDst, int nLength, double nLevel, int nRelOp)` 64-bit floating point complex number signal threshold with constant level.
`static int`	`nppsThreshold_GT_16s_I(short[] pSrcDst, int nLength, short nLevel)`
`static int`	`nppsThreshold_GT_16s_I(ShortBuffer pSrcDst, int nLength, short nLevel)`
`static int`	`nppsThreshold_GT_16s_I(ShortPointer pSrcDst, int nLength, short nLevel)` 16-bit in place signed short signal NPP_CMP_GREATER threshold with constant level.
`static int`	`nppsThreshold_GT_16s(short[] pSrc, short[] pDst, int nLength, short nLevel)`
`static int`	`nppsThreshold_GT_16s(ShortBuffer pSrc, ShortBuffer pDst, int nLength, short nLevel)`
`static int`	`nppsThreshold_GT_16s(ShortPointer pSrc, ShortPointer pDst, int nLength, short nLevel)` 16-bit signed short signal NPP_CMP_GREATER threshold with constant level.
`static int`	`nppsThreshold_GT_16sc_I(nppc.Npp16sc pSrcDst, int nLength, short nLevel)` 16-bit in place signed short complex number signal NPP_CMP_GREATER threshold with constant level.
`static int`	`nppsThreshold_GT_16sc(nppc.Npp16sc pSrc, nppc.Npp16sc pDst, int nLength, short nLevel)` 16-bit signed short complex number signal NPP_CMP_GREATER threshold with constant level.
`static int`	`nppsThreshold_GT_32f_I(float[] pSrcDst, int nLength, float nLevel)`
`static int`	`nppsThreshold_GT_32f_I(FloatBuffer pSrcDst, int nLength, float nLevel)`
`static int`	`nppsThreshold_GT_32f_I(FloatPointer pSrcDst, int nLength, float nLevel)` 32-bit in place floating point signal NPP_CMP_GREATER threshold with constant level.
`static int`	`nppsThreshold_GT_32f(float[] pSrc, float[] pDst, int nLength, float nLevel)`
`static int`	`nppsThreshold_GT_32f(FloatBuffer pSrc, FloatBuffer pDst, int nLength, float nLevel)`
`static int`	`nppsThreshold_GT_32f(FloatPointer pSrc, FloatPointer pDst, int nLength, float nLevel)` 32-bit floating point signal NPP_CMP_GREATER threshold with constant level.
`static int`	`nppsThreshold_GT_32fc_I(nppc.Npp32fc pSrcDst, int nLength, float nLevel)` 32-bit in place floating point complex number signal NPP_CMP_GREATER threshold with constant level.
`static int`	`nppsThreshold_GT_32fc(nppc.Npp32fc pSrc, nppc.Npp32fc pDst, int nLength, float nLevel)` 32-bit floating point complex number signal NPP_CMP_GREATER threshold with constant level.
`static int`	`nppsThreshold_GT_64f_I(double[] pSrcDst, int nLength, double nLevel)`
`static int`	`nppsThreshold_GT_64f_I(DoubleBuffer pSrcDst, int nLength, double nLevel)`
`static int`	`nppsThreshold_GT_64f_I(DoublePointer pSrcDst, int nLength, double nLevel)` 64-bit in place floating point signal NPP_CMP_GREATER threshold with constant level.
`static int`	`nppsThreshold_GT_64f(double[] pSrc, double[] pDst, int nLength, double nLevel)`
`static int`	`nppsThreshold_GT_64f(DoubleBuffer pSrc, DoubleBuffer pDst, int nLength, double nLevel)`
`static int`	`nppsThreshold_GT_64f(DoublePointer pSrc, DoublePointer pDst, int nLength, double nLevel)` 64-bit floating point signal NPP_CMP_GREATER threshold with constant level.
`static int`	`nppsThreshold_GT_64fc_I(nppc.Npp64fc pSrcDst, int nLength, double nLevel)` 64-bit in place floating point complex number signal NPP_CMP_GREATER threshold with constant level.
`static int`	`nppsThreshold_GT_64fc(nppc.Npp64fc pSrc, nppc.Npp64fc pDst, int nLength, double nLevel)` 64-bit floating point complex number signal NPP_CMP_GREATER threshold with constant level.
`static int`	`nppsThreshold_GTVal_16s_I(short[] pSrcDst, int nLength, short nLevel, short nValue)`
`static int`	`nppsThreshold_GTVal_16s_I(ShortBuffer pSrcDst, int nLength, short nLevel, short nValue)`
`static int`	`nppsThreshold_GTVal_16s_I(ShortPointer pSrcDst, int nLength, short nLevel, short nValue)` 16-bit in place signed short signal NPP_CMP_GREATER threshold with constant level.
`static int`	`nppsThreshold_GTVal_16s(short[] pSrc, short[] pDst, int nLength, short nLevel, short nValue)`
`static int`	`nppsThreshold_GTVal_16s(ShortBuffer pSrc, ShortBuffer pDst, int nLength, short nLevel, short nValue)`
`static int`	`nppsThreshold_GTVal_16s(ShortPointer pSrc, ShortPointer pDst, int nLength, short nLevel, short nValue)` 16-bit signed short signal NPP_CMP_GREATER threshold with constant level.
`static int`	`nppsThreshold_GTVal_16sc_I(nppc.Npp16sc pSrcDst, int nLength, short nLevel, nppc.Npp16sc nValue)` 16-bit in place signed short complex number signal NPP_CMP_GREATER threshold with constant level.
`static int`	`nppsThreshold_GTVal_16sc(nppc.Npp16sc pSrc, nppc.Npp16sc pDst, int nLength, short nLevel, nppc.Npp16sc nValue)` 16-bit signed short complex number signal NPP_CMP_GREATER threshold with constant level.
`static int`	`nppsThreshold_GTVal_32f_I(float[] pSrcDst, int nLength, float nLevel, float nValue)`
`static int`	`nppsThreshold_GTVal_32f_I(FloatBuffer pSrcDst, int nLength, float nLevel, float nValue)`
`static int`	`nppsThreshold_GTVal_32f_I(FloatPointer pSrcDst, int nLength, float nLevel, float nValue)` 32-bit in place floating point signal NPP_CMP_GREATER threshold with constant level.
`static int`	`nppsThreshold_GTVal_32f(float[] pSrc, float[] pDst, int nLength, float nLevel, float nValue)`
`static int`	`nppsThreshold_GTVal_32f(FloatBuffer pSrc, FloatBuffer pDst, int nLength, float nLevel, float nValue)`
`static int`	`nppsThreshold_GTVal_32f(FloatPointer pSrc, FloatPointer pDst, int nLength, float nLevel, float nValue)` 32-bit floating point signal NPP_CMP_GREATER threshold with constant level.
`static int`	`nppsThreshold_GTVal_32fc_I(nppc.Npp32fc pSrcDst, int nLength, float nLevel, nppc.Npp32fc nValue)` 32-bit in place floating point complex number signal NPP_CMP_GREATER threshold with constant level.
`static int`	`nppsThreshold_GTVal_32fc(nppc.Npp32fc pSrc, nppc.Npp32fc pDst, int nLength, float nLevel, nppc.Npp32fc nValue)` 32-bit floating point complex number signal NPP_CMP_GREATER threshold with constant level.
`static int`	`nppsThreshold_GTVal_64f_I(double[] pSrcDst, int nLength, double nLevel, double nValue)`
`static int`	`nppsThreshold_GTVal_64f_I(DoubleBuffer pSrcDst, int nLength, double nLevel, double nValue)`
`static int`	`nppsThreshold_GTVal_64f_I(DoublePointer pSrcDst, int nLength, double nLevel, double nValue)` 64-bit in place floating point signal NPP_CMP_GREATER threshold with constant level.
`static int`	`nppsThreshold_GTVal_64f(double[] pSrc, double[] pDst, int nLength, double nLevel, double nValue)`
`static int`	`nppsThreshold_GTVal_64f(DoubleBuffer pSrc, DoubleBuffer pDst, int nLength, double nLevel, double nValue)`
`static int`	`nppsThreshold_GTVal_64f(DoublePointer pSrc, DoublePointer pDst, int nLength, double nLevel, double nValue)` 64-bit floating point signal NPP_CMP_GREATER threshold with constant level.
`static int`	`nppsThreshold_GTVal_64fc_I(nppc.Npp64fc pSrcDst, int nLength, double nLevel, nppc.Npp64fc nValue)` 64-bit in place floating point complex number signal NPP_CMP_GREATER threshold with constant level.
`static int`	`nppsThreshold_GTVal_64fc(nppc.Npp64fc pSrc, nppc.Npp64fc pDst, int nLength, double nLevel, nppc.Npp64fc nValue)` 64-bit floating point complex number signal NPP_CMP_GREATER threshold with constant level.
`static int`	`nppsThreshold_LT_16s_I(short[] pSrcDst, int nLength, short nLevel)`
`static int`	`nppsThreshold_LT_16s_I(ShortBuffer pSrcDst, int nLength, short nLevel)`
`static int`	`nppsThreshold_LT_16s_I(ShortPointer pSrcDst, int nLength, short nLevel)` 16-bit in place signed short signal NPP_CMP_LESS threshold with constant level.
`static int`	`nppsThreshold_LT_16s(short[] pSrc, short[] pDst, int nLength, short nLevel)`
`static int`	`nppsThreshold_LT_16s(ShortBuffer pSrc, ShortBuffer pDst, int nLength, short nLevel)`
`static int`	`nppsThreshold_LT_16s(ShortPointer pSrc, ShortPointer pDst, int nLength, short nLevel)` 16-bit signed short signal NPP_CMP_LESS threshold with constant level.
`static int`	`nppsThreshold_LT_16sc_I(nppc.Npp16sc pSrcDst, int nLength, short nLevel)` 16-bit in place signed short complex number signal NPP_CMP_LESS threshold with constant level.
`static int`	`nppsThreshold_LT_16sc(nppc.Npp16sc pSrc, nppc.Npp16sc pDst, int nLength, short nLevel)` 16-bit signed short complex number signal NPP_CMP_LESS threshold with constant level.
`static int`	`nppsThreshold_LT_32f_I(float[] pSrcDst, int nLength, float nLevel)`
`static int`	`nppsThreshold_LT_32f_I(FloatBuffer pSrcDst, int nLength, float nLevel)`
`static int`	`nppsThreshold_LT_32f_I(FloatPointer pSrcDst, int nLength, float nLevel)` 32-bit in place floating point signal NPP_CMP_LESS threshold with constant level.
`static int`	`nppsThreshold_LT_32f(float[] pSrc, float[] pDst, int nLength, float nLevel)`
`static int`	`nppsThreshold_LT_32f(FloatBuffer pSrc, FloatBuffer pDst, int nLength, float nLevel)`
`static int`	`nppsThreshold_LT_32f(FloatPointer pSrc, FloatPointer pDst, int nLength, float nLevel)` 32-bit floating point signal NPP_CMP_LESS threshold with constant level.
`static int`	`nppsThreshold_LT_32fc_I(nppc.Npp32fc pSrcDst, int nLength, float nLevel)` 32-bit in place floating point complex number signal NPP_CMP_LESS threshold with constant level.
`static int`	`nppsThreshold_LT_32fc(nppc.Npp32fc pSrc, nppc.Npp32fc pDst, int nLength, float nLevel)` 32-bit floating point complex number signal NPP_CMP_LESS threshold with constant level.
`static int`	`nppsThreshold_LT_64f_I(double[] pSrcDst, int nLength, double nLevel)`
`static int`	`nppsThreshold_LT_64f_I(DoubleBuffer pSrcDst, int nLength, double nLevel)`
`static int`	`nppsThreshold_LT_64f_I(DoublePointer pSrcDst, int nLength, double nLevel)` 64-bit in place floating point signal NPP_CMP_LESS threshold with constant level.
`static int`	`nppsThreshold_LT_64f(double[] pSrc, double[] pDst, int nLength, double nLevel)`
`static int`	`nppsThreshold_LT_64f(DoubleBuffer pSrc, DoubleBuffer pDst, int nLength, double nLevel)`
`static int`	`nppsThreshold_LT_64f(DoublePointer pSrc, DoublePointer pDst, int nLength, double nLevel)` 64-bit floating point signal NPP_CMP_LESS threshold with constant level.
`static int`	`nppsThreshold_LT_64fc_I(nppc.Npp64fc pSrcDst, int nLength, double nLevel)` 64-bit in place floating point complex number signal NPP_CMP_LESS threshold with constant level.
`static int`	`nppsThreshold_LT_64fc(nppc.Npp64fc pSrc, nppc.Npp64fc pDst, int nLength, double nLevel)` 64-bit floating point complex number signal NPP_CMP_LESS threshold with constant level.
`static int`	`nppsThreshold_LTVal_16s_I(short[] pSrcDst, int nLength, short nLevel, short nValue)`
`static int`	`nppsThreshold_LTVal_16s_I(ShortBuffer pSrcDst, int nLength, short nLevel, short nValue)`
`static int`	`nppsThreshold_LTVal_16s_I(ShortPointer pSrcDst, int nLength, short nLevel, short nValue)` 16-bit in place signed short signal NPP_CMP_LESS threshold with constant level.
`static int`	`nppsThreshold_LTVal_16s(short[] pSrc, short[] pDst, int nLength, short nLevel, short nValue)`
`static int`	`nppsThreshold_LTVal_16s(ShortBuffer pSrc, ShortBuffer pDst, int nLength, short nLevel, short nValue)`
`static int`	`nppsThreshold_LTVal_16s(ShortPointer pSrc, ShortPointer pDst, int nLength, short nLevel, short nValue)` 16-bit signed short signal NPP_CMP_LESS threshold with constant level.
`static int`	`nppsThreshold_LTVal_16sc_I(nppc.Npp16sc pSrcDst, int nLength, short nLevel, nppc.Npp16sc nValue)` 16-bit in place signed short complex number signal NPP_CMP_LESS threshold with constant level.
`static int`	`nppsThreshold_LTVal_16sc(nppc.Npp16sc pSrc, nppc.Npp16sc pDst, int nLength, short nLevel, nppc.Npp16sc nValue)` 16-bit signed short complex number signal NPP_CMP_LESS threshold with constant level.
`static int`	`nppsThreshold_LTVal_32f_I(float[] pSrcDst, int nLength, float nLevel, float nValue)`
`static int`	`nppsThreshold_LTVal_32f_I(FloatBuffer pSrcDst, int nLength, float nLevel, float nValue)`
`static int`	`nppsThreshold_LTVal_32f_I(FloatPointer pSrcDst, int nLength, float nLevel, float nValue)` 32-bit in place floating point signal NPP_CMP_LESS threshold with constant level.
`static int`	`nppsThreshold_LTVal_32f(float[] pSrc, float[] pDst, int nLength, float nLevel, float nValue)`
`static int`	`nppsThreshold_LTVal_32f(FloatBuffer pSrc, FloatBuffer pDst, int nLength, float nLevel, float nValue)`
`static int`	`nppsThreshold_LTVal_32f(FloatPointer pSrc, FloatPointer pDst, int nLength, float nLevel, float nValue)` 32-bit floating point signal NPP_CMP_LESS threshold with constant level.
`static int`	`nppsThreshold_LTVal_32fc_I(nppc.Npp32fc pSrcDst, int nLength, float nLevel, nppc.Npp32fc nValue)` 32-bit in place floating point complex number signal NPP_CMP_LESS threshold with constant level.
`static int`	`nppsThreshold_LTVal_32fc(nppc.Npp32fc pSrc, nppc.Npp32fc pDst, int nLength, float nLevel, nppc.Npp32fc nValue)` 32-bit floating point complex number signal NPP_CMP_LESS threshold with constant level.
`static int`	`nppsThreshold_LTVal_64f_I(double[] pSrcDst, int nLength, double nLevel, double nValue)`
`static int`	`nppsThreshold_LTVal_64f_I(DoubleBuffer pSrcDst, int nLength, double nLevel, double nValue)`
`static int`	`nppsThreshold_LTVal_64f_I(DoublePointer pSrcDst, int nLength, double nLevel, double nValue)` 64-bit in place floating point signal NPP_CMP_LESS threshold with constant level.
`static int`	`nppsThreshold_LTVal_64f(double[] pSrc, double[] pDst, int nLength, double nLevel, double nValue)`
`static int`	`nppsThreshold_LTVal_64f(DoubleBuffer pSrc, DoubleBuffer pDst, int nLength, double nLevel, double nValue)`
`static int`	`nppsThreshold_LTVal_64f(DoublePointer pSrc, DoublePointer pDst, int nLength, double nLevel, double nValue)` 64-bit floating point signal NPP_CMP_LESS threshold with constant level.
`static int`	`nppsThreshold_LTVal_64fc_I(nppc.Npp64fc pSrcDst, int nLength, double nLevel, nppc.Npp64fc nValue)` 64-bit in place floating point complex number signal NPP_CMP_LESS threshold with constant level.
`static int`	`nppsThreshold_LTVal_64fc(nppc.Npp64fc pSrc, nppc.Npp64fc pDst, int nLength, double nLevel, nppc.Npp64fc nValue)` 64-bit floating point complex number signal NPP_CMP_LESS threshold with constant level.
`static int`	`nppsXor_16u_I(short[] pSrc, short[] pSrcDst, int nLength)`
`static int`	`nppsXor_16u_I(ShortBuffer pSrc, ShortBuffer pSrcDst, int nLength)`
`static int`	`nppsXor_16u_I(ShortPointer pSrc, ShortPointer pSrcDst, int nLength)` 16-bit unsigned short in place signal exclusive or with signal.
`static int`	`nppsXor_16u(short[] pSrc1, short[] pSrc2, short[] pDst, int nLength)`
`static int`	`nppsXor_16u(ShortBuffer pSrc1, ShortBuffer pSrc2, ShortBuffer pDst, int nLength)`
`static int`	`nppsXor_16u(ShortPointer pSrc1, ShortPointer pSrc2, ShortPointer pDst, int nLength)` 16-bit unsigned short signal exclusive or with signal.
`static int`	`nppsXor_32u_I(int[] pSrc, int[] pSrcDst, int nLength)`
`static int`	`nppsXor_32u_I(IntBuffer pSrc, IntBuffer pSrcDst, int nLength)`
`static int`	`nppsXor_32u_I(IntPointer pSrc, IntPointer pSrcDst, int nLength)` 32-bit unsigned integer in place signal exclusive or with signal.
`static int`	`nppsXor_32u(int[] pSrc1, int[] pSrc2, int[] pDst, int nLength)`
`static int`	`nppsXor_32u(IntBuffer pSrc1, IntBuffer pSrc2, IntBuffer pDst, int nLength)`
`static int`	`nppsXor_32u(IntPointer pSrc1, IntPointer pSrc2, IntPointer pDst, int nLength)` 32-bit unsigned integer signal exclusive or with signal.
`static int`	`nppsXor_8u_I(byte[] pSrc, byte[] pSrcDst, int nLength)`
`static int`	`nppsXor_8u_I(ByteBuffer pSrc, ByteBuffer pSrcDst, int nLength)`
`static int`	`nppsXor_8u_I(BytePointer pSrc, BytePointer pSrcDst, int nLength)` 8-bit unsigned char in place signal exclusive or with signal.
`static int`	`nppsXor_8u(byte[] pSrc1, byte[] pSrc2, byte[] pDst, int nLength)`
`static int`	`nppsXor_8u(ByteBuffer pSrc1, ByteBuffer pSrc2, ByteBuffer pDst, int nLength)`
`static int`	`nppsXor_8u(BytePointer pSrc1, BytePointer pSrc2, BytePointer pDst, int nLength)` 8-bit unsigned char signal exclusive or with signal.
`static int`	`nppsXorC_16u_I(short nValue, short[] pSrcDst, int nLength)`
`static int`	`nppsXorC_16u_I(short nValue, ShortBuffer pSrcDst, int nLength)`
`static int`	`nppsXorC_16u_I(short nValue, ShortPointer pSrcDst, int nLength)` 16-bit unsigned short in place signal exclusive or with constant.
`static int`	`nppsXorC_16u(short[] pSrc, short nValue, short[] pDst, int nLength)`
`static int`	`nppsXorC_16u(ShortBuffer pSrc, short nValue, ShortBuffer pDst, int nLength)`
`static int`	`nppsXorC_16u(ShortPointer pSrc, short nValue, ShortPointer pDst, int nLength)` 16-bit unsigned short signal exclusive or with constant.
`static int`	`nppsXorC_32u_I(int nValue, int[] pSrcDst, int nLength)`
`static int`	`nppsXorC_32u_I(int nValue, IntBuffer pSrcDst, int nLength)`
`static int`	`nppsXorC_32u_I(int nValue, IntPointer pSrcDst, int nLength)` 32-bit unsigned signed integer in place signal exclusive or with constant.
`static int`	`nppsXorC_32u(int[] pSrc, int nValue, int[] pDst, int nLength)`
`static int`	`nppsXorC_32u(IntBuffer pSrc, int nValue, IntBuffer pDst, int nLength)`
`static int`	`nppsXorC_32u(IntPointer pSrc, int nValue, IntPointer pDst, int nLength)` 32-bit unsigned integer signal exclusive or with constant.
`static int`	`nppsXorC_8u_I(byte nValue, byte[] pSrcDst, int nLength)`
`static int`	`nppsXorC_8u_I(byte nValue, ByteBuffer pSrcDst, int nLength)`
`static int`	`nppsXorC_8u_I(byte nValue, BytePointer pSrcDst, int nLength)` 8-bit unsigned char in place signal exclusive or with constant.
`static int`	`nppsXorC_8u(byte[] pSrc, byte nValue, byte[] pDst, int nLength)`
`static int`	`nppsXorC_8u(ByteBuffer pSrc, byte nValue, ByteBuffer pDst, int nLength)`
`static int`	`nppsXorC_8u(BytePointer pSrc, byte nValue, BytePointer pDst, int nLength)` 8-bit unsigned char signal exclusive or with constant.
`static int`	`nppsZero_16s(short[] pDst, int nLength)`
`static int`	`nppsZero_16s(ShortBuffer pDst, int nLength)`
`static int`	`nppsZero_16s(ShortPointer pDst, int nLength)` 16-bit integer, vector zero method.
`static int`	`nppsZero_16sc(nppc.Npp16sc pDst, int nLength)` 16-bit integer complex, vector zero method.
`static int`	`nppsZero_32f(float[] pDst, int nLength)`
`static int`	`nppsZero_32f(FloatBuffer pDst, int nLength)`
`static int`	`nppsZero_32f(FloatPointer pDst, int nLength)` 32-bit float, vector zero method.
`static int`	`nppsZero_32fc(nppc.Npp32fc pDst, int nLength)` 32-bit float complex, vector zero method.
`static int`	`nppsZero_32s(int[] pDst, int nLength)`
`static int`	`nppsZero_32s(IntBuffer pDst, int nLength)`
`static int`	`nppsZero_32s(IntPointer pDst, int nLength)` 32-bit integer, vector zero method.
`static int`	`nppsZero_32sc(nppc.Npp32sc pDst, int nLength)` 32-bit integer complex, vector zero method.
`static int`	`nppsZero_64f(double[] pDst, int nLength)`
`static int`	`nppsZero_64f(DoubleBuffer pDst, int nLength)`
`static int`	`nppsZero_64f(DoublePointer pDst, int nLength)` 64-bit double, vector zero method.
`static int`	`nppsZero_64fc(nppc.Npp64fc pDst, int nLength)` 64-bit double complex, vector zero method.
`static int`	`nppsZero_64s(long[] pDst, int nLength)`
`static int`	`nppsZero_64s(LongBuffer pDst, int nLength)`
`static int`	`nppsZero_64s(LongPointer pDst, int nLength)` 64-bit long long integer, vector zero method.
`static int`	`nppsZero_64sc(nppc.Npp64sc pDst, int nLength)` 64-bit long long integer complex, vector zero method.
`static int`	`nppsZero_8u(byte[] pDst, int nLength)`
`static int`	`nppsZero_8u(ByteBuffer pDst, int nLength)`
`static int`	`nppsZero_8u(BytePointer pDst, int nLength)` 8-bit unsigned char, vector zero method.
`static int`	`nppsZeroCrossing_16s32f(short[] pSrc, int nLength, float[] pValZC, int tZCType, byte[] pDeviceBuffer)`
`static int`	`nppsZeroCrossing_16s32f(ShortBuffer pSrc, int nLength, FloatBuffer pValZC, int tZCType, ByteBuffer pDeviceBuffer)`
`static int`	`nppsZeroCrossing_16s32f(ShortPointer pSrc, int nLength, FloatPointer pValZC, int tZCType, BytePointer pDeviceBuffer)` 16-bit signed short integer zero crossing method, return value is 32-bit floating point.
`static int`	`nppsZeroCrossing_32f(float[] pSrc, int nLength, float[] pValZC, int tZCType, byte[] pDeviceBuffer)`
`static int`	`nppsZeroCrossing_32f(FloatBuffer pSrc, int nLength, FloatBuffer pValZC, int tZCType, ByteBuffer pDeviceBuffer)`
`static int`	`nppsZeroCrossing_32f(FloatPointer pSrc, int nLength, FloatPointer pValZC, int tZCType, BytePointer pDeviceBuffer)` 32-bit floating-point zero crossing method, return value is 32-bit floating point.
`static int`	`nppsZeroCrossingGetBufferSize_16s32f(int nLength, int[] hpBufferSize)`
`static int`	`nppsZeroCrossingGetBufferSize_16s32f(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsZeroCrossingGetBufferSize_16s32f(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsZeroCrossing_16s32f.
`static int`	`nppsZeroCrossingGetBufferSize_32f(int nLength, int[] hpBufferSize)`
`static int`	`nppsZeroCrossingGetBufferSize_32f(int nLength, IntBuffer hpBufferSize)`
`static int`	`nppsZeroCrossingGetBufferSize_32f(int nLength, IntPointer hpBufferSize)` Device-buffer size (in bytes) for nppsZeroCrossing_32f.

Methods inherited from class org.bytedeco.javacpp.presets.npps
map

Methods inherited from class java.lang.Object
clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Constructor Detail
- npps
```
public npps()
```

Method Detail

nppsMalloc_8u
```
@Cast(value="Npp8u*")
public static BytePointer nppsMalloc_8u(int nSize)
```
8-bit unsigned signal allocator. \param nSize Number of unsigned chars in the new signal. \return A pointer to the new signal. 0 (NULL-pointer) indicates that an error occurred during allocation.

nppsMalloc_8s
```
@Cast(value="Npp8s*")
public static BytePointer nppsMalloc_8s(int nSize)
```
8-bit signed signal allocator. \param nSize Number of (signed) chars in the new signal. \return A pointer to the new signal. 0 (NULL-pointer) indicates that an error occurred during allocation.

nppsMalloc_16u
```
@Cast(value="Npp16u*")
public static ShortPointer nppsMalloc_16u(int nSize)
```
16-bit unsigned signal allocator. \param nSize Number of unsigned shorts in the new signal. \return A pointer to the new signal. 0 (NULL-pointer) indicates that an error occurred during allocation.

nppsMalloc_16s
```
@Cast(value="Npp16s*")
public static ShortPointer nppsMalloc_16s(int nSize)
```
16-bit signal allocator. \param nSize Number of shorts in the new signal. \return A pointer to the new signal. 0 (NULL-pointer) indicates that an error occurred during allocation.

nppsMalloc_16sc
```
public static nppc.Npp16sc nppsMalloc_16sc(int nSize)
```
16-bit complex-value signal allocator. \param nSize Number of 16-bit complex numbers in the new signal. \return A pointer to the new signal. 0 (NULL-pointer) indicates that an error occurred during allocation.

nppsMalloc_32u
```
@Cast(value="Npp32u*")
public static IntPointer nppsMalloc_32u(int nSize)
```
32-bit unsigned signal allocator. \param nSize Number of unsigned ints in the new signal. \return A pointer to the new signal. 0 (NULL-pointer) indicates that an error occurred during allocation.

nppsMalloc_32s
```
@Cast(value="Npp32s*")
public static IntPointer nppsMalloc_32s(int nSize)
```
32-bit integer signal allocator. \param nSize Number of ints in the new signal. \return A pointer to the new signal. 0 (NULL-pointer) indicates that an error occurred during allocation.

nppsMalloc_32sc
```
public static nppc.Npp32sc nppsMalloc_32sc(int nSize)
```
32-bit complex integer signal allocator. \param nSize Number of complex integner values in the new signal. \return A pointer to the new signal. 0 (NULL-pointer) indicates that an error occurred during allocation.

nppsMalloc_32f
```
@Cast(value="Npp32f*")
public static FloatPointer nppsMalloc_32f(int nSize)
```
32-bit float signal allocator. \param nSize Number of floats in the new signal. \return A pointer to the new signal. 0 (NULL-pointer) indicates that an error occurred during allocation.

nppsMalloc_32fc
```
public static nppc.Npp32fc nppsMalloc_32fc(int nSize)
```
32-bit complex float signal allocator. \param nSize Number of complex float values in the new signal. \return A pointer to the new signal. 0 (NULL-pointer) indicates that an error occurred during allocation.

nppsMalloc_64s
```
@Cast(value="Npp64s*")
public static LongPointer nppsMalloc_64s(int nSize)
```
64-bit long integer signal allocator. \param nSize Number of long ints in the new signal. \return A pointer to the new signal. 0 (NULL-pointer) indicates that an error occurred during allocation.

nppsMalloc_64sc
```
public static nppc.Npp64sc nppsMalloc_64sc(int nSize)
```
64-bit complex long integer signal allocator. \param nSize Number of complex long int values in the new signal. \return A pointer to the new signal. 0 (NULL-pointer) indicates that an error occurred during allocation.

nppsMalloc_64f
```
@Cast(value="Npp64f*")
public static DoublePointer nppsMalloc_64f(int nSize)
```
64-bit float (double) signal allocator. \param nSize Number of doubles in the new signal. \return A pointer to the new signal. 0 (NULL-pointer) indicates that an error occurred during allocation.

nppsMalloc_64fc
```
public static nppc.Npp64fc nppsMalloc_64fc(int nSize)
```
64-bit complex complex signal allocator. \param nSize Number of complex double valuess in the new signal. \return A pointer to the new signal. 0 (NULL-pointer) indicates that an error occurred during allocation.

nppsFree
```
public static void nppsFree(Pointer pValues)
```
Free method for any signal memory. \param pValues A pointer to memory allocated using nppiMalloc_.

nppsSet_8u

@Cast(value="NppStatus")
public static int nppsSet_8u(@Cast(value="Npp8u")
                       byte nValue,
                       @Cast(value="Npp8u*")
                       BytePointer pDst,
                       int nLength)

8-bit unsigned char, vector set method. \param nValue Value used to initialize the vector pDst. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsSet_8u

@Cast(value="NppStatus")
public static int nppsSet_8u(@Cast(value="Npp8u")
                       byte nValue,
                       @Cast(value="Npp8u*")
                       ByteBuffer pDst,
                       int nLength)

nppsSet_8u

@Cast(value="NppStatus")
public static int nppsSet_8u(@Cast(value="Npp8u")
                       byte nValue,
                       @Cast(value="Npp8u*")
                       byte[] pDst,
                       int nLength)

nppsSet_8s

@Cast(value="NppStatus")
public static int nppsSet_8s(@Cast(value="Npp8s")
                       byte nValue,
                       @Cast(value="Npp8s*")
                       BytePointer pDst,
                       int nLength)

8-bit signed char, vector set method. \param nValue Value used to initialize the vector pDst. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsSet_8s

@Cast(value="NppStatus")
public static int nppsSet_8s(@Cast(value="Npp8s")
                       byte nValue,
                       @Cast(value="Npp8s*")
                       ByteBuffer pDst,
                       int nLength)

nppsSet_8s

@Cast(value="NppStatus")
public static int nppsSet_8s(@Cast(value="Npp8s")
                       byte nValue,
                       @Cast(value="Npp8s*")
                       byte[] pDst,
                       int nLength)

nppsSet_16u

@Cast(value="NppStatus")
public static int nppsSet_16u(@Cast(value="Npp16u")
                        short nValue,
                        @Cast(value="Npp16u*")
                        ShortPointer pDst,
                        int nLength)

16-bit unsigned integer, vector set method. \param nValue Value used to initialize the vector pDst. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsSet_16u

@Cast(value="NppStatus")
public static int nppsSet_16u(@Cast(value="Npp16u")
                        short nValue,
                        @Cast(value="Npp16u*")
                        ShortBuffer pDst,
                        int nLength)

nppsSet_16u

@Cast(value="NppStatus")
public static int nppsSet_16u(@Cast(value="Npp16u")
                        short nValue,
                        @Cast(value="Npp16u*")
                        short[] pDst,
                        int nLength)

nppsSet_16s

@Cast(value="NppStatus")
public static int nppsSet_16s(@Cast(value="Npp16s")
                        short nValue,
                        @Cast(value="Npp16s*")
                        ShortPointer pDst,
                        int nLength)

16-bit signed integer, vector set method. \param nValue Value used to initialize the vector pDst. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsSet_16s

@Cast(value="NppStatus")
public static int nppsSet_16s(@Cast(value="Npp16s")
                        short nValue,
                        @Cast(value="Npp16s*")
                        ShortBuffer pDst,
                        int nLength)

nppsSet_16s

@Cast(value="NppStatus")
public static int nppsSet_16s(@Cast(value="Npp16s")
                        short nValue,
                        @Cast(value="Npp16s*")
                        short[] pDst,
                        int nLength)

nppsSet_16sc
```
@Cast(value="NppStatus")
public static int nppsSet_16sc(@ByVal
                         nppc.Npp16sc nValue,
                         nppc.Npp16sc pDst,
                         int nLength)
```
16-bit integer complex, vector set method. \param nValue Value used to initialize the vector pDst. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsSet_32u

@Cast(value="NppStatus")
public static int nppsSet_32u(@Cast(value="Npp32u")
                        int nValue,
                        @Cast(value="Npp32u*")
                        IntPointer pDst,
                        int nLength)

32-bit unsigned integer, vector set method. \param nValue Value used to initialize the vector pDst. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsSet_32u

@Cast(value="NppStatus")
public static int nppsSet_32u(@Cast(value="Npp32u")
                        int nValue,
                        @Cast(value="Npp32u*")
                        IntBuffer pDst,
                        int nLength)

nppsSet_32u

@Cast(value="NppStatus")
public static int nppsSet_32u(@Cast(value="Npp32u")
                        int nValue,
                        @Cast(value="Npp32u*")
                        int[] pDst,
                        int nLength)

nppsSet_32s

@Cast(value="NppStatus")
public static int nppsSet_32s(@Cast(value="Npp32s")
                        int nValue,
                        @Cast(value="Npp32s*")
                        IntPointer pDst,
                        int nLength)

32-bit signed integer, vector set method. \param nValue Value used to initialize the vector pDst. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsSet_32s

@Cast(value="NppStatus")
public static int nppsSet_32s(@Cast(value="Npp32s")
                        int nValue,
                        @Cast(value="Npp32s*")
                        IntBuffer pDst,
                        int nLength)

nppsSet_32s

@Cast(value="NppStatus")
public static int nppsSet_32s(@Cast(value="Npp32s")
                        int nValue,
                        @Cast(value="Npp32s*")
                        int[] pDst,
                        int nLength)

nppsSet_32sc
```
@Cast(value="NppStatus")
public static int nppsSet_32sc(@ByVal
                         nppc.Npp32sc nValue,
                         nppc.Npp32sc pDst,
                         int nLength)
```
32-bit integer complex, vector set method. \param nValue Value used to initialize the vector pDst. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsSet_32f

@Cast(value="NppStatus")
public static int nppsSet_32f(@Cast(value="Npp32f")
                        float nValue,
                        @Cast(value="Npp32f*")
                        FloatPointer pDst,
                        int nLength)

32-bit float, vector set method. \param nValue Value used to initialize the vector pDst. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsSet_32f

@Cast(value="NppStatus")
public static int nppsSet_32f(@Cast(value="Npp32f")
                        float nValue,
                        @Cast(value="Npp32f*")
                        FloatBuffer pDst,
                        int nLength)

nppsSet_32f

@Cast(value="NppStatus")
public static int nppsSet_32f(@Cast(value="Npp32f")
                        float nValue,
                        @Cast(value="Npp32f*")
                        float[] pDst,
                        int nLength)

nppsSet_32fc
```
@Cast(value="NppStatus")
public static int nppsSet_32fc(@ByVal
                         nppc.Npp32fc nValue,
                         nppc.Npp32fc pDst,
                         int nLength)
```
32-bit float complex, vector set method. \param nValue Value used to initialize the vector pDst. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsSet_64s

@Cast(value="NppStatus")
public static int nppsSet_64s(@Cast(value="Npp64s")
                        long nValue,
                        @Cast(value="Npp64s*")
                        LongPointer pDst,
                        int nLength)

64-bit long long integer, vector set method. \param nValue Value used to initialize the vector pDst. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsSet_64s

@Cast(value="NppStatus")
public static int nppsSet_64s(@Cast(value="Npp64s")
                        long nValue,
                        @Cast(value="Npp64s*")
                        LongBuffer pDst,
                        int nLength)

nppsSet_64s

@Cast(value="NppStatus")
public static int nppsSet_64s(@Cast(value="Npp64s")
                        long nValue,
                        @Cast(value="Npp64s*")
                        long[] pDst,
                        int nLength)

nppsSet_64sc
```
@Cast(value="NppStatus")
public static int nppsSet_64sc(@ByVal
                         nppc.Npp64sc nValue,
                         nppc.Npp64sc pDst,
                         int nLength)
```
64-bit long long integer complex, vector set method. \param nValue Value used to initialize the vector pDst. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsSet_64f

@Cast(value="NppStatus")
public static int nppsSet_64f(@Cast(value="Npp64f")
                        double nValue,
                        @Cast(value="Npp64f*")
                        DoublePointer pDst,
                        int nLength)

64-bit double, vector set method. \param nValue Value used to initialize the vector pDst. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsSet_64f

@Cast(value="NppStatus")
public static int nppsSet_64f(@Cast(value="Npp64f")
                        double nValue,
                        @Cast(value="Npp64f*")
                        DoubleBuffer pDst,
                        int nLength)

nppsSet_64f

@Cast(value="NppStatus")
public static int nppsSet_64f(@Cast(value="Npp64f")
                        double nValue,
                        @Cast(value="Npp64f*")
                        double[] pDst,
                        int nLength)

nppsSet_64fc
```
@Cast(value="NppStatus")
public static int nppsSet_64fc(@ByVal
                         nppc.Npp64fc nValue,
                         nppc.Npp64fc pDst,
                         int nLength)
```
64-bit double complex, vector set method. \param nValue Value used to initialize the vector pDst. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsZero_8u
```
@Cast(value="NppStatus")
public static int nppsZero_8u(@Cast(value="Npp8u*")
                        BytePointer pDst,
                        int nLength)
```
8-bit unsigned char, vector zero method. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsZero_8u

@Cast(value="NppStatus")
public static int nppsZero_8u(@Cast(value="Npp8u*")
                        ByteBuffer pDst,
                        int nLength)

nppsZero_8u

@Cast(value="NppStatus")
public static int nppsZero_8u(@Cast(value="Npp8u*")
                        byte[] pDst,
                        int nLength)

nppsZero_16s
```
@Cast(value="NppStatus")
public static int nppsZero_16s(@Cast(value="Npp16s*")
                         ShortPointer pDst,
                         int nLength)
```
16-bit integer, vector zero method. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsZero_16s

@Cast(value="NppStatus")
public static int nppsZero_16s(@Cast(value="Npp16s*")
                         ShortBuffer pDst,
                         int nLength)

nppsZero_16s

@Cast(value="NppStatus")
public static int nppsZero_16s(@Cast(value="Npp16s*")
                         short[] pDst,
                         int nLength)

nppsZero_16sc
```
@Cast(value="NppStatus")
public static int nppsZero_16sc(nppc.Npp16sc pDst,
                          int nLength)
```
16-bit integer complex, vector zero method. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsZero_32s
```
@Cast(value="NppStatus")
public static int nppsZero_32s(@Cast(value="Npp32s*")
                         IntPointer pDst,
                         int nLength)
```
32-bit integer, vector zero method. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsZero_32s

@Cast(value="NppStatus")
public static int nppsZero_32s(@Cast(value="Npp32s*")
                         IntBuffer pDst,
                         int nLength)

nppsZero_32s

@Cast(value="NppStatus")
public static int nppsZero_32s(@Cast(value="Npp32s*")
                         int[] pDst,
                         int nLength)

nppsZero_32sc
```
@Cast(value="NppStatus")
public static int nppsZero_32sc(nppc.Npp32sc pDst,
                          int nLength)
```
32-bit integer complex, vector zero method. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsZero_32f
```
@Cast(value="NppStatus")
public static int nppsZero_32f(@Cast(value="Npp32f*")
                         FloatPointer pDst,
                         int nLength)
```
32-bit float, vector zero method. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsZero_32f

@Cast(value="NppStatus")
public static int nppsZero_32f(@Cast(value="Npp32f*")
                         FloatBuffer pDst,
                         int nLength)

nppsZero_32f

@Cast(value="NppStatus")
public static int nppsZero_32f(@Cast(value="Npp32f*")
                         float[] pDst,
                         int nLength)

nppsZero_32fc
```
@Cast(value="NppStatus")
public static int nppsZero_32fc(nppc.Npp32fc pDst,
                          int nLength)
```
32-bit float complex, vector zero method. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsZero_64s
```
@Cast(value="NppStatus")
public static int nppsZero_64s(@Cast(value="Npp64s*")
                         LongPointer pDst,
                         int nLength)
```
64-bit long long integer, vector zero method. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsZero_64s

@Cast(value="NppStatus")
public static int nppsZero_64s(@Cast(value="Npp64s*")
                         LongBuffer pDst,
                         int nLength)

nppsZero_64s

@Cast(value="NppStatus")
public static int nppsZero_64s(@Cast(value="Npp64s*")
                         long[] pDst,
                         int nLength)

nppsZero_64sc
```
@Cast(value="NppStatus")
public static int nppsZero_64sc(nppc.Npp64sc pDst,
                          int nLength)
```
64-bit long long integer complex, vector zero method. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsZero_64f
```
@Cast(value="NppStatus")
public static int nppsZero_64f(@Cast(value="Npp64f*")
                         DoublePointer pDst,
                         int nLength)
```
64-bit double, vector zero method. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsZero_64f

@Cast(value="NppStatus")
public static int nppsZero_64f(@Cast(value="Npp64f*")
                         DoubleBuffer pDst,
                         int nLength)

nppsZero_64f

@Cast(value="NppStatus")
public static int nppsZero_64f(@Cast(value="Npp64f*")
                         double[] pDst,
                         int nLength)

nppsZero_64fc
```
@Cast(value="NppStatus")
public static int nppsZero_64fc(nppc.Npp64fc pDst,
                          int nLength)
```
64-bit double complex, vector zero method. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsCopy_8u

@Cast(value="NppStatus")
public static int nppsCopy_8u(@Cast(value="const Npp8u*")
                        BytePointer pSrc,
                        @Cast(value="Npp8u*")
                        BytePointer pDst,
                        int nLength)

8-bit unsigned char, vector copy method \param pSrc \ref source_signal_pointer. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsCopy_8u

@Cast(value="NppStatus")
public static int nppsCopy_8u(@Cast(value="const Npp8u*")
                        ByteBuffer pSrc,
                        @Cast(value="Npp8u*")
                        ByteBuffer pDst,
                        int nLength)

nppsCopy_8u

@Cast(value="NppStatus")
public static int nppsCopy_8u(@Cast(value="const Npp8u*")
                        byte[] pSrc,
                        @Cast(value="Npp8u*")
                        byte[] pDst,
                        int nLength)

nppsCopy_16s

@Cast(value="NppStatus")
public static int nppsCopy_16s(@Cast(value="const Npp16s*")
                         ShortPointer pSrc,
                         @Cast(value="Npp16s*")
                         ShortPointer pDst,
                         int nLength)

16-bit signed short, vector copy method. \param pSrc \ref source_signal_pointer. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsCopy_16s

@Cast(value="NppStatus")
public static int nppsCopy_16s(@Cast(value="const Npp16s*")
                         ShortBuffer pSrc,
                         @Cast(value="Npp16s*")
                         ShortBuffer pDst,
                         int nLength)

nppsCopy_16s

@Cast(value="NppStatus")
public static int nppsCopy_16s(@Cast(value="const Npp16s*")
                         short[] pSrc,
                         @Cast(value="Npp16s*")
                         short[] pDst,
                         int nLength)

nppsCopy_32s

@Cast(value="NppStatus")
public static int nppsCopy_32s(@Cast(value="const Npp32s*")
                         IntPointer pSrc,
                         @Cast(value="Npp32s*")
                         IntPointer pDst,
                         int nLength)

32-bit signed integer, vector copy method. \param pSrc \ref source_signal_pointer. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsCopy_32s

@Cast(value="NppStatus")
public static int nppsCopy_32s(@Cast(value="const Npp32s*")
                         IntBuffer pSrc,
                         @Cast(value="Npp32s*")
                         IntBuffer pDst,
                         int nLength)

nppsCopy_32s

@Cast(value="NppStatus")
public static int nppsCopy_32s(@Cast(value="const Npp32s*")
                         int[] pSrc,
                         @Cast(value="Npp32s*")
                         int[] pDst,
                         int nLength)

nppsCopy_32f

@Cast(value="NppStatus")
public static int nppsCopy_32f(@Cast(value="const Npp32f*")
                         FloatPointer pSrc,
                         @Cast(value="Npp32f*")
                         FloatPointer pDst,
                         int nLength)

32-bit float, vector copy method. \param pSrc \ref source_signal_pointer. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsCopy_32f

@Cast(value="NppStatus")
public static int nppsCopy_32f(@Cast(value="const Npp32f*")
                         FloatBuffer pSrc,
                         @Cast(value="Npp32f*")
                         FloatBuffer pDst,
                         int nLength)

nppsCopy_32f

@Cast(value="NppStatus")
public static int nppsCopy_32f(@Cast(value="const Npp32f*")
                         float[] pSrc,
                         @Cast(value="Npp32f*")
                         float[] pDst,
                         int nLength)

nppsCopy_64s

@Cast(value="NppStatus")
public static int nppsCopy_64s(@Cast(value="const Npp64s*")
                         LongPointer pSrc,
                         @Cast(value="Npp64s*")
                         LongPointer pDst,
                         int nLength)

64-bit signed integer, vector copy method. \param pSrc \ref source_signal_pointer. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsCopy_64s

@Cast(value="NppStatus")
public static int nppsCopy_64s(@Cast(value="const Npp64s*")
                         LongBuffer pSrc,
                         @Cast(value="Npp64s*")
                         LongBuffer pDst,
                         int nLength)

nppsCopy_64s

@Cast(value="NppStatus")
public static int nppsCopy_64s(@Cast(value="const Npp64s*")
                         long[] pSrc,
                         @Cast(value="Npp64s*")
                         long[] pDst,
                         int nLength)

nppsCopy_16sc

@Cast(value="NppStatus")
public static int nppsCopy_16sc(@Const
                          nppc.Npp16sc pSrc,
                          nppc.Npp16sc pDst,
                          int nLength)

16-bit complex short, vector copy method. \param pSrc \ref source_signal_pointer. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsCopy_32sc
```
@Cast(value="NppStatus")
public static int nppsCopy_32sc(@Const
                          nppc.Npp32sc pSrc,
                          nppc.Npp32sc pDst,
                          int nLength)
```
32-bit complex signed integer, vector copy method. \param pSrc \ref source_signal_pointer. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsCopy_32fc

@Cast(value="NppStatus")
public static int nppsCopy_32fc(@Const
                          nppc.Npp32fc pSrc,
                          nppc.Npp32fc pDst,
                          int nLength)

32-bit complex float, vector copy method. \param pSrc \ref source_signal_pointer. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsCopy_64sc
```
@Cast(value="NppStatus")
public static int nppsCopy_64sc(@Const
                          nppc.Npp64sc pSrc,
                          nppc.Npp64sc pDst,
                          int nLength)
```
64-bit complex signed integer, vector copy method. \param pSrc \ref source_signal_pointer. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsCopy_64fc

@Cast(value="NppStatus")
public static int nppsCopy_64fc(@Const
                          nppc.Npp64fc pSrc,
                          nppc.Npp64fc pDst,
                          int nLength)

64-bit complex double, vector copy method. \param pSrc \ref source_signal_pointer. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsConvert_8s16s

@Cast(value="NppStatus")
public static int nppsConvert_8s16s(@Cast(value="const Npp8s*")
                              BytePointer pSrc,
                              @Cast(value="Npp16s*")
                              ShortPointer pDst,
                              int nLength)

nppsConvert_8s16s

@Cast(value="NppStatus")
public static int nppsConvert_8s16s(@Cast(value="const Npp8s*")
                              ByteBuffer pSrc,
                              @Cast(value="Npp16s*")
                              ShortBuffer pDst,
                              int nLength)

nppsConvert_8s16s

@Cast(value="NppStatus")
public static int nppsConvert_8s16s(@Cast(value="const Npp8s*")
                              byte[] pSrc,
                              @Cast(value="Npp16s*")
                              short[] pDst,
                              int nLength)

nppsConvert_8s32f

@Cast(value="NppStatus")
public static int nppsConvert_8s32f(@Cast(value="const Npp8s*")
                              BytePointer pSrc,
                              @Cast(value="Npp32f*")
                              FloatPointer pDst,
                              int nLength)

nppsConvert_8s32f

@Cast(value="NppStatus")
public static int nppsConvert_8s32f(@Cast(value="const Npp8s*")
                              ByteBuffer pSrc,
                              @Cast(value="Npp32f*")
                              FloatBuffer pDst,
                              int nLength)

nppsConvert_8s32f

@Cast(value="NppStatus")
public static int nppsConvert_8s32f(@Cast(value="const Npp8s*")
                              byte[] pSrc,
                              @Cast(value="Npp32f*")
                              float[] pDst,
                              int nLength)

nppsConvert_8u32f

@Cast(value="NppStatus")
public static int nppsConvert_8u32f(@Cast(value="const Npp8u*")
                              BytePointer pSrc,
                              @Cast(value="Npp32f*")
                              FloatPointer pDst,
                              int nLength)

nppsConvert_8u32f

@Cast(value="NppStatus")
public static int nppsConvert_8u32f(@Cast(value="const Npp8u*")
                              ByteBuffer pSrc,
                              @Cast(value="Npp32f*")
                              FloatBuffer pDst,
                              int nLength)

nppsConvert_8u32f

@Cast(value="NppStatus")
public static int nppsConvert_8u32f(@Cast(value="const Npp8u*")
                              byte[] pSrc,
                              @Cast(value="Npp32f*")
                              float[] pDst,
                              int nLength)

nppsConvert_16s8s_Sfs

@Cast(value="NppStatus")
public static int nppsConvert_16s8s_Sfs(@Cast(value="const Npp16s*")
                                  ShortPointer pSrc,
                                  @Cast(value="Npp8s*")
                                  BytePointer pDst,
                                  @Cast(value="Npp32u")
                                  int nLength,
                                  @Cast(value="NppRoundMode")
                                  int eRoundMode,
                                  int nScaleFactor)

nppsConvert_16s8s_Sfs

@Cast(value="NppStatus")
public static int nppsConvert_16s8s_Sfs(@Cast(value="const Npp16s*")
                                  ShortBuffer pSrc,
                                  @Cast(value="Npp8s*")
                                  ByteBuffer pDst,
                                  @Cast(value="Npp32u")
                                  int nLength,
                                  @Cast(value="NppRoundMode")
                                  int eRoundMode,
                                  int nScaleFactor)

nppsConvert_16s8s_Sfs

@Cast(value="NppStatus")
public static int nppsConvert_16s8s_Sfs(@Cast(value="const Npp16s*")
                                  short[] pSrc,
                                  @Cast(value="Npp8s*")
                                  byte[] pDst,
                                  @Cast(value="Npp32u")
                                  int nLength,
                                  @Cast(value="NppRoundMode")
                                  int eRoundMode,
                                  int nScaleFactor)

nppsConvert_16s32s

@Cast(value="NppStatus")
public static int nppsConvert_16s32s(@Cast(value="const Npp16s*")
                               ShortPointer pSrc,
                               @Cast(value="Npp32s*")
                               IntPointer pDst,
                               int nLength)

nppsConvert_16s32s

@Cast(value="NppStatus")
public static int nppsConvert_16s32s(@Cast(value="const Npp16s*")
                               ShortBuffer pSrc,
                               @Cast(value="Npp32s*")
                               IntBuffer pDst,
                               int nLength)

nppsConvert_16s32s

@Cast(value="NppStatus")
public static int nppsConvert_16s32s(@Cast(value="const Npp16s*")
                               short[] pSrc,
                               @Cast(value="Npp32s*")
                               int[] pDst,
                               int nLength)

nppsConvert_16s32f

@Cast(value="NppStatus")
public static int nppsConvert_16s32f(@Cast(value="const Npp16s*")
                               ShortPointer pSrc,
                               @Cast(value="Npp32f*")
                               FloatPointer pDst,
                               int nLength)

nppsConvert_16s32f

@Cast(value="NppStatus")
public static int nppsConvert_16s32f(@Cast(value="const Npp16s*")
                               ShortBuffer pSrc,
                               @Cast(value="Npp32f*")
                               FloatBuffer pDst,
                               int nLength)

nppsConvert_16s32f

@Cast(value="NppStatus")
public static int nppsConvert_16s32f(@Cast(value="const Npp16s*")
                               short[] pSrc,
                               @Cast(value="Npp32f*")
                               float[] pDst,
                               int nLength)

nppsConvert_16u32f

@Cast(value="NppStatus")
public static int nppsConvert_16u32f(@Cast(value="const Npp16u*")
                               ShortPointer pSrc,
                               @Cast(value="Npp32f*")
                               FloatPointer pDst,
                               int nLength)

nppsConvert_16u32f

@Cast(value="NppStatus")
public static int nppsConvert_16u32f(@Cast(value="const Npp16u*")
                               ShortBuffer pSrc,
                               @Cast(value="Npp32f*")
                               FloatBuffer pDst,
                               int nLength)

nppsConvert_16u32f

@Cast(value="NppStatus")
public static int nppsConvert_16u32f(@Cast(value="const Npp16u*")
                               short[] pSrc,
                               @Cast(value="Npp32f*")
                               float[] pDst,
                               int nLength)

nppsConvert_32s16s

@Cast(value="NppStatus")
public static int nppsConvert_32s16s(@Cast(value="const Npp32s*")
                               IntPointer pSrc,
                               @Cast(value="Npp16s*")
                               ShortPointer pDst,
                               int nLength)

nppsConvert_32s16s

@Cast(value="NppStatus")
public static int nppsConvert_32s16s(@Cast(value="const Npp32s*")
                               IntBuffer pSrc,
                               @Cast(value="Npp16s*")
                               ShortBuffer pDst,
                               int nLength)

nppsConvert_32s16s

@Cast(value="NppStatus")
public static int nppsConvert_32s16s(@Cast(value="const Npp32s*")
                               int[] pSrc,
                               @Cast(value="Npp16s*")
                               short[] pDst,
                               int nLength)

nppsConvert_32s32f

@Cast(value="NppStatus")
public static int nppsConvert_32s32f(@Cast(value="const Npp32s*")
                               IntPointer pSrc,
                               @Cast(value="Npp32f*")
                               FloatPointer pDst,
                               int nLength)

nppsConvert_32s32f

@Cast(value="NppStatus")
public static int nppsConvert_32s32f(@Cast(value="const Npp32s*")
                               IntBuffer pSrc,
                               @Cast(value="Npp32f*")
                               FloatBuffer pDst,
                               int nLength)

nppsConvert_32s32f

@Cast(value="NppStatus")
public static int nppsConvert_32s32f(@Cast(value="const Npp32s*")
                               int[] pSrc,
                               @Cast(value="Npp32f*")
                               float[] pDst,
                               int nLength)

nppsConvert_32s64f

@Cast(value="NppStatus")
public static int nppsConvert_32s64f(@Cast(value="const Npp32s*")
                               IntPointer pSrc,
                               @Cast(value="Npp64f*")
                               DoublePointer pDst,
                               int nLength)

nppsConvert_32s64f

@Cast(value="NppStatus")
public static int nppsConvert_32s64f(@Cast(value="const Npp32s*")
                               IntBuffer pSrc,
                               @Cast(value="Npp64f*")
                               DoubleBuffer pDst,
                               int nLength)

nppsConvert_32s64f

@Cast(value="NppStatus")
public static int nppsConvert_32s64f(@Cast(value="const Npp32s*")
                               int[] pSrc,
                               @Cast(value="Npp64f*")
                               double[] pDst,
                               int nLength)

nppsConvert_32f64f

@Cast(value="NppStatus")
public static int nppsConvert_32f64f(@Cast(value="const Npp32f*")
                               FloatPointer pSrc,
                               @Cast(value="Npp64f*")
                               DoublePointer pDst,
                               int nLength)

nppsConvert_32f64f

@Cast(value="NppStatus")
public static int nppsConvert_32f64f(@Cast(value="const Npp32f*")
                               FloatBuffer pSrc,
                               @Cast(value="Npp64f*")
                               DoubleBuffer pDst,
                               int nLength)

nppsConvert_32f64f

@Cast(value="NppStatus")
public static int nppsConvert_32f64f(@Cast(value="const Npp32f*")
                               float[] pSrc,
                               @Cast(value="Npp64f*")
                               double[] pDst,
                               int nLength)

nppsConvert_64s64f

@Cast(value="NppStatus")
public static int nppsConvert_64s64f(@Cast(value="const Npp64s*")
                               LongPointer pSrc,
                               @Cast(value="Npp64f*")
                               DoublePointer pDst,
                               int nLength)

nppsConvert_64s64f

@Cast(value="NppStatus")
public static int nppsConvert_64s64f(@Cast(value="const Npp64s*")
                               LongBuffer pSrc,
                               @Cast(value="Npp64f*")
                               DoubleBuffer pDst,
                               int nLength)

nppsConvert_64s64f

@Cast(value="NppStatus")
public static int nppsConvert_64s64f(@Cast(value="const Npp64s*")
                               long[] pSrc,
                               @Cast(value="Npp64f*")
                               double[] pDst,
                               int nLength)

nppsConvert_64f32f

@Cast(value="NppStatus")
public static int nppsConvert_64f32f(@Cast(value="const Npp64f*")
                               DoublePointer pSrc,
                               @Cast(value="Npp32f*")
                               FloatPointer pDst,
                               int nLength)

nppsConvert_64f32f

@Cast(value="NppStatus")
public static int nppsConvert_64f32f(@Cast(value="const Npp64f*")
                               DoubleBuffer pSrc,
                               @Cast(value="Npp32f*")
                               FloatBuffer pDst,
                               int nLength)

nppsConvert_64f32f

@Cast(value="NppStatus")
public static int nppsConvert_64f32f(@Cast(value="const Npp64f*")
                               double[] pSrc,
                               @Cast(value="Npp32f*")
                               float[] pDst,
                               int nLength)

nppsConvert_16s32f_Sfs

@Cast(value="NppStatus")
public static int nppsConvert_16s32f_Sfs(@Cast(value="const Npp16s*")
                                   ShortPointer pSrc,
                                   @Cast(value="Npp32f*")
                                   FloatPointer pDst,
                                   int nLength,
                                   int nScaleFactor)

nppsConvert_16s32f_Sfs

@Cast(value="NppStatus")
public static int nppsConvert_16s32f_Sfs(@Cast(value="const Npp16s*")
                                   ShortBuffer pSrc,
                                   @Cast(value="Npp32f*")
                                   FloatBuffer pDst,
                                   int nLength,
                                   int nScaleFactor)

nppsConvert_16s32f_Sfs

@Cast(value="NppStatus")
public static int nppsConvert_16s32f_Sfs(@Cast(value="const Npp16s*")
                                   short[] pSrc,
                                   @Cast(value="Npp32f*")
                                   float[] pDst,
                                   int nLength,
                                   int nScaleFactor)

nppsConvert_16s64f_Sfs

@Cast(value="NppStatus")
public static int nppsConvert_16s64f_Sfs(@Cast(value="const Npp16s*")
                                   ShortPointer pSrc,
                                   @Cast(value="Npp64f*")
                                   DoublePointer pDst,
                                   int nLength,
                                   int nScaleFactor)

nppsConvert_16s64f_Sfs

@Cast(value="NppStatus")
public static int nppsConvert_16s64f_Sfs(@Cast(value="const Npp16s*")
                                   ShortBuffer pSrc,
                                   @Cast(value="Npp64f*")
                                   DoubleBuffer pDst,
                                   int nLength,
                                   int nScaleFactor)

nppsConvert_16s64f_Sfs

@Cast(value="NppStatus")
public static int nppsConvert_16s64f_Sfs(@Cast(value="const Npp16s*")
                                   short[] pSrc,
                                   @Cast(value="Npp64f*")
                                   double[] pDst,
                                   int nLength,
                                   int nScaleFactor)

nppsConvert_32s16s_Sfs

@Cast(value="NppStatus")
public static int nppsConvert_32s16s_Sfs(@Cast(value="const Npp32s*")
                                   IntPointer pSrc,
                                   @Cast(value="Npp16s*")
                                   ShortPointer pDst,
                                   int nLength,
                                   int nScaleFactor)

nppsConvert_32s16s_Sfs

@Cast(value="NppStatus")
public static int nppsConvert_32s16s_Sfs(@Cast(value="const Npp32s*")
                                   IntBuffer pSrc,
                                   @Cast(value="Npp16s*")
                                   ShortBuffer pDst,
                                   int nLength,
                                   int nScaleFactor)

nppsConvert_32s16s_Sfs

@Cast(value="NppStatus")
public static int nppsConvert_32s16s_Sfs(@Cast(value="const Npp32s*")
                                   int[] pSrc,
                                   @Cast(value="Npp16s*")
                                   short[] pDst,
                                   int nLength,
                                   int nScaleFactor)

nppsConvert_32s32f_Sfs

@Cast(value="NppStatus")
public static int nppsConvert_32s32f_Sfs(@Cast(value="const Npp32s*")
                                   IntPointer pSrc,
                                   @Cast(value="Npp32f*")
                                   FloatPointer pDst,
                                   int nLength,
                                   int nScaleFactor)

nppsConvert_32s32f_Sfs

@Cast(value="NppStatus")
public static int nppsConvert_32s32f_Sfs(@Cast(value="const Npp32s*")
                                   IntBuffer pSrc,
                                   @Cast(value="Npp32f*")
                                   FloatBuffer pDst,
                                   int nLength,
                                   int nScaleFactor)

nppsConvert_32s32f_Sfs

@Cast(value="NppStatus")
public static int nppsConvert_32s32f_Sfs(@Cast(value="const Npp32s*")
                                   int[] pSrc,
                                   @Cast(value="Npp32f*")
                                   float[] pDst,
                                   int nLength,
                                   int nScaleFactor)

nppsConvert_32s64f_Sfs

@Cast(value="NppStatus")
public static int nppsConvert_32s64f_Sfs(@Cast(value="const Npp32s*")
                                   IntPointer pSrc,
                                   @Cast(value="Npp64f*")
                                   DoublePointer pDst,
                                   int nLength,
                                   int nScaleFactor)

nppsConvert_32s64f_Sfs

@Cast(value="NppStatus")
public static int nppsConvert_32s64f_Sfs(@Cast(value="const Npp32s*")
                                   IntBuffer pSrc,
                                   @Cast(value="Npp64f*")
                                   DoubleBuffer pDst,
                                   int nLength,
                                   int nScaleFactor)

nppsConvert_32s64f_Sfs

@Cast(value="NppStatus")
public static int nppsConvert_32s64f_Sfs(@Cast(value="const Npp32s*")
                                   int[] pSrc,
                                   @Cast(value="Npp64f*")
                                   double[] pDst,
                                   int nLength,
                                   int nScaleFactor)

nppsConvert_32f8s_Sfs

@Cast(value="NppStatus")
public static int nppsConvert_32f8s_Sfs(@Cast(value="const Npp32f*")
                                  FloatPointer pSrc,
                                  @Cast(value="Npp8s*")
                                  BytePointer pDst,
                                  int nLength,
                                  @Cast(value="NppRoundMode")
                                  int eRoundMode,
                                  int nScaleFactor)

nppsConvert_32f8s_Sfs

@Cast(value="NppStatus")
public static int nppsConvert_32f8s_Sfs(@Cast(value="const Npp32f*")
                                  FloatBuffer pSrc,
                                  @Cast(value="Npp8s*")
                                  ByteBuffer pDst,
                                  int nLength,
                                  @Cast(value="NppRoundMode")
                                  int eRoundMode,
                                  int nScaleFactor)

nppsConvert_32f8s_Sfs

@Cast(value="NppStatus")
public static int nppsConvert_32f8s_Sfs(@Cast(value="const Npp32f*")
                                  float[] pSrc,
                                  @Cast(value="Npp8s*")
                                  byte[] pDst,
                                  int nLength,
                                  @Cast(value="NppRoundMode")
                                  int eRoundMode,
                                  int nScaleFactor)

nppsConvert_32f8u_Sfs

@Cast(value="NppStatus")
public static int nppsConvert_32f8u_Sfs(@Cast(value="const Npp32f*")
                                  FloatPointer pSrc,
                                  @Cast(value="Npp8u*")
                                  BytePointer pDst,
                                  int nLength,
                                  @Cast(value="NppRoundMode")
                                  int eRoundMode,
                                  int nScaleFactor)

nppsConvert_32f8u_Sfs

@Cast(value="NppStatus")
public static int nppsConvert_32f8u_Sfs(@Cast(value="const Npp32f*")
                                  FloatBuffer pSrc,
                                  @Cast(value="Npp8u*")
                                  ByteBuffer pDst,
                                  int nLength,
                                  @Cast(value="NppRoundMode")
                                  int eRoundMode,
                                  int nScaleFactor)

nppsConvert_32f8u_Sfs

@Cast(value="NppStatus")
public static int nppsConvert_32f8u_Sfs(@Cast(value="const Npp32f*")
                                  float[] pSrc,
                                  @Cast(value="Npp8u*")
                                  byte[] pDst,
                                  int nLength,
                                  @Cast(value="NppRoundMode")
                                  int eRoundMode,
                                  int nScaleFactor)

nppsConvert_32f16s_Sfs

@Cast(value="NppStatus")
public static int nppsConvert_32f16s_Sfs(@Cast(value="const Npp32f*")
                                   FloatPointer pSrc,
                                   @Cast(value="Npp16s*")
                                   ShortPointer pDst,
                                   int nLength,
                                   @Cast(value="NppRoundMode")
                                   int eRoundMode,
                                   int nScaleFactor)

nppsConvert_32f16s_Sfs

@Cast(value="NppStatus")
public static int nppsConvert_32f16s_Sfs(@Cast(value="const Npp32f*")
                                   FloatBuffer pSrc,
                                   @Cast(value="Npp16s*")
                                   ShortBuffer pDst,
                                   int nLength,
                                   @Cast(value="NppRoundMode")
                                   int eRoundMode,
                                   int nScaleFactor)

nppsConvert_32f16s_Sfs

@Cast(value="NppStatus")
public static int nppsConvert_32f16s_Sfs(@Cast(value="const Npp32f*")
                                   float[] pSrc,
                                   @Cast(value="Npp16s*")
                                   short[] pDst,
                                   int nLength,
                                   @Cast(value="NppRoundMode")
                                   int eRoundMode,
                                   int nScaleFactor)

nppsConvert_32f16u_Sfs

@Cast(value="NppStatus")
public static int nppsConvert_32f16u_Sfs(@Cast(value="const Npp32f*")
                                   FloatPointer pSrc,
                                   @Cast(value="Npp16u*")
                                   ShortPointer pDst,
                                   int nLength,
                                   @Cast(value="NppRoundMode")
                                   int eRoundMode,
                                   int nScaleFactor)

nppsConvert_32f16u_Sfs

@Cast(value="NppStatus")
public static int nppsConvert_32f16u_Sfs(@Cast(value="const Npp32f*")
                                   FloatBuffer pSrc,
                                   @Cast(value="Npp16u*")
                                   ShortBuffer pDst,
                                   int nLength,
                                   @Cast(value="NppRoundMode")
                                   int eRoundMode,
                                   int nScaleFactor)

nppsConvert_32f16u_Sfs

@Cast(value="NppStatus")
public static int nppsConvert_32f16u_Sfs(@Cast(value="const Npp32f*")
                                   float[] pSrc,
                                   @Cast(value="Npp16u*")
                                   short[] pDst,
                                   int nLength,
                                   @Cast(value="NppRoundMode")
                                   int eRoundMode,
                                   int nScaleFactor)

nppsConvert_32f32s_Sfs

@Cast(value="NppStatus")
public static int nppsConvert_32f32s_Sfs(@Cast(value="const Npp32f*")
                                   FloatPointer pSrc,
                                   @Cast(value="Npp32s*")
                                   IntPointer pDst,
                                   int nLength,
                                   @Cast(value="NppRoundMode")
                                   int eRoundMode,
                                   int nScaleFactor)

nppsConvert_32f32s_Sfs

@Cast(value="NppStatus")
public static int nppsConvert_32f32s_Sfs(@Cast(value="const Npp32f*")
                                   FloatBuffer pSrc,
                                   @Cast(value="Npp32s*")
                                   IntBuffer pDst,
                                   int nLength,
                                   @Cast(value="NppRoundMode")
                                   int eRoundMode,
                                   int nScaleFactor)

nppsConvert_32f32s_Sfs

@Cast(value="NppStatus")
public static int nppsConvert_32f32s_Sfs(@Cast(value="const Npp32f*")
                                   float[] pSrc,
                                   @Cast(value="Npp32s*")
                                   int[] pDst,
                                   int nLength,
                                   @Cast(value="NppRoundMode")
                                   int eRoundMode,
                                   int nScaleFactor)

nppsConvert_64s32s_Sfs

@Cast(value="NppStatus")
public static int nppsConvert_64s32s_Sfs(@Cast(value="const Npp64s*")
                                   LongPointer pSrc,
                                   @Cast(value="Npp32s*")
                                   IntPointer pDst,
                                   int nLength,
                                   @Cast(value="NppRoundMode")
                                   int eRoundMode,
                                   int nScaleFactor)

nppsConvert_64s32s_Sfs

@Cast(value="NppStatus")
public static int nppsConvert_64s32s_Sfs(@Cast(value="const Npp64s*")
                                   LongBuffer pSrc,
                                   @Cast(value="Npp32s*")
                                   IntBuffer pDst,
                                   int nLength,
                                   @Cast(value="NppRoundMode")
                                   int eRoundMode,
                                   int nScaleFactor)

nppsConvert_64s32s_Sfs

@Cast(value="NppStatus")
public static int nppsConvert_64s32s_Sfs(@Cast(value="const Npp64s*")
                                   long[] pSrc,
                                   @Cast(value="Npp32s*")
                                   int[] pDst,
                                   int nLength,
                                   @Cast(value="NppRoundMode")
                                   int eRoundMode,
                                   int nScaleFactor)

nppsConvert_64f16s_Sfs

@Cast(value="NppStatus")
public static int nppsConvert_64f16s_Sfs(@Cast(value="const Npp64f*")
                                   DoublePointer pSrc,
                                   @Cast(value="Npp16s*")
                                   ShortPointer pDst,
                                   int nLength,
                                   @Cast(value="NppRoundMode")
                                   int eRoundMode,
                                   int nScaleFactor)

nppsConvert_64f16s_Sfs

@Cast(value="NppStatus")
public static int nppsConvert_64f16s_Sfs(@Cast(value="const Npp64f*")
                                   DoubleBuffer pSrc,
                                   @Cast(value="Npp16s*")
                                   ShortBuffer pDst,
                                   int nLength,
                                   @Cast(value="NppRoundMode")
                                   int eRoundMode,
                                   int nScaleFactor)

nppsConvert_64f16s_Sfs

@Cast(value="NppStatus")
public static int nppsConvert_64f16s_Sfs(@Cast(value="const Npp64f*")
                                   double[] pSrc,
                                   @Cast(value="Npp16s*")
                                   short[] pDst,
                                   int nLength,
                                   @Cast(value="NppRoundMode")
                                   int eRoundMode,
                                   int nScaleFactor)

nppsConvert_64f32s_Sfs

@Cast(value="NppStatus")
public static int nppsConvert_64f32s_Sfs(@Cast(value="const Npp64f*")
                                   DoublePointer pSrc,
                                   @Cast(value="Npp32s*")
                                   IntPointer pDst,
                                   int nLength,
                                   @Cast(value="NppRoundMode")
                                   int eRoundMode,
                                   int nScaleFactor)

nppsConvert_64f32s_Sfs

@Cast(value="NppStatus")
public static int nppsConvert_64f32s_Sfs(@Cast(value="const Npp64f*")
                                   DoubleBuffer pSrc,
                                   @Cast(value="Npp32s*")
                                   IntBuffer pDst,
                                   int nLength,
                                   @Cast(value="NppRoundMode")
                                   int eRoundMode,
                                   int nScaleFactor)

nppsConvert_64f32s_Sfs

@Cast(value="NppStatus")
public static int nppsConvert_64f32s_Sfs(@Cast(value="const Npp64f*")
                                   double[] pSrc,
                                   @Cast(value="Npp32s*")
                                   int[] pDst,
                                   int nLength,
                                   @Cast(value="NppRoundMode")
                                   int eRoundMode,
                                   int nScaleFactor)

nppsConvert_64f64s_Sfs

@Cast(value="NppStatus")
public static int nppsConvert_64f64s_Sfs(@Cast(value="const Npp64f*")
                                   DoublePointer pSrc,
                                   @Cast(value="Npp64s*")
                                   LongPointer pDst,
                                   int nLength,
                                   @Cast(value="NppRoundMode")
                                   int eRoundMode,
                                   int nScaleFactor)

nppsConvert_64f64s_Sfs

@Cast(value="NppStatus")
public static int nppsConvert_64f64s_Sfs(@Cast(value="const Npp64f*")
                                   DoubleBuffer pSrc,
                                   @Cast(value="Npp64s*")
                                   LongBuffer pDst,
                                   int nLength,
                                   @Cast(value="NppRoundMode")
                                   int eRoundMode,
                                   int nScaleFactor)

nppsConvert_64f64s_Sfs

@Cast(value="NppStatus")
public static int nppsConvert_64f64s_Sfs(@Cast(value="const Npp64f*")
                                   double[] pSrc,
                                   @Cast(value="Npp64s*")
                                   long[] pDst,
                                   int nLength,
                                   @Cast(value="NppRoundMode")
                                   int eRoundMode,
                                   int nScaleFactor)

nppsThreshold_16s

@Cast(value="NppStatus")
public static int nppsThreshold_16s(@Cast(value="const Npp16s*")
                              ShortPointer pSrc,
                              @Cast(value="Npp16s*")
                              ShortPointer pDst,
                              int nLength,
                              @Cast(value="Npp16s")
                              short nLevel,
                              @Cast(value="NppCmpOp")
                              int nRelOp)

16-bit signed short signal threshold with constant level. \param pSrc \ref source_signal_pointer. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \param nLevel Constant threshold value to be used to limit each signal sample \param nRelOp NppCmpOp type of thresholding operation (NPP_CMP_LESS or NPP_CMP_GREATER only). \return \ref signal_data_error_codes, \ref length_error_codes.

nppsThreshold_16s

@Cast(value="NppStatus")
public static int nppsThreshold_16s(@Cast(value="const Npp16s*")
                              ShortBuffer pSrc,
                              @Cast(value="Npp16s*")
                              ShortBuffer pDst,
                              int nLength,
                              @Cast(value="Npp16s")
                              short nLevel,
                              @Cast(value="NppCmpOp")
                              int nRelOp)

nppsThreshold_16s

@Cast(value="NppStatus")
public static int nppsThreshold_16s(@Cast(value="const Npp16s*")
                              short[] pSrc,
                              @Cast(value="Npp16s*")
                              short[] pDst,
                              int nLength,
                              @Cast(value="Npp16s")
                              short nLevel,
                              @Cast(value="NppCmpOp")
                              int nRelOp)

nppsThreshold_16s_I

@Cast(value="NppStatus")
public static int nppsThreshold_16s_I(@Cast(value="Npp16s*")
                                ShortPointer pSrcDst,
                                int nLength,
                                @Cast(value="Npp16s")
                                short nLevel,
                                @Cast(value="NppCmpOp")
                                int nRelOp)

16-bit in place signed short signal threshold with constant level. \param pSrcDst \ref in_place_signal_pointer. \param nLength \ref length_specification. \param nLevel Constant threshold value to be used to limit each signal sample \param nRelOp NppCmpOp type of thresholding operation (NPP_CMP_LESS or NPP_CMP_GREATER only). \return \ref signal_data_error_codes, \ref length_error_codes.

nppsThreshold_16s_I

@Cast(value="NppStatus")
public static int nppsThreshold_16s_I(@Cast(value="Npp16s*")
                                ShortBuffer pSrcDst,
                                int nLength,
                                @Cast(value="Npp16s")
                                short nLevel,
                                @Cast(value="NppCmpOp")
                                int nRelOp)

nppsThreshold_16s_I

@Cast(value="NppStatus")
public static int nppsThreshold_16s_I(@Cast(value="Npp16s*")
                                short[] pSrcDst,
                                int nLength,
                                @Cast(value="Npp16s")
                                short nLevel,
                                @Cast(value="NppCmpOp")
                                int nRelOp)

nppsThreshold_16sc

@Cast(value="NppStatus")
public static int nppsThreshold_16sc(@Const
                               nppc.Npp16sc pSrc,
                               nppc.Npp16sc pDst,
                               int nLength,
                               @Cast(value="Npp16s")
                               short nLevel,
                               @Cast(value="NppCmpOp")
                               int nRelOp)

16-bit signed short complex number signal threshold with constant level. \param pSrc \ref source_signal_pointer. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \param nLevel Constant threshold value (real part only and must be greater than 0) to be used to limit each signal sample \param nRelOp NppCmpOp type of thresholding operation (NPP_CMP_LESS or NPP_CMP_GREATER only). \return \ref signal_data_error_codes, \ref length_error_codes.

nppsThreshold_16sc_I
```
@Cast(value="NppStatus")
public static int nppsThreshold_16sc_I(nppc.Npp16sc pSrcDst,
                                 int nLength,
                                 @Cast(value="Npp16s")
                                 short nLevel,
                                 @Cast(value="NppCmpOp")
                                 int nRelOp)
```
16-bit in place signed short complex number signal threshold with constant level. \param pSrcDst \ref in_place_signal_pointer. \param nLength \ref length_specification. \param nLevel Constant threshold value (real part only and must be greater than 0) to be used to limit each signal sample \param nRelOp NppCmpOp type of thresholding operation (NPP_CMP_LESS or NPP_CMP_GREATER only). \return \ref signal_data_error_codes, \ref length_error_codes.

nppsThreshold_32f

@Cast(value="NppStatus")
public static int nppsThreshold_32f(@Cast(value="const Npp32f*")
                              FloatPointer pSrc,
                              @Cast(value="Npp32f*")
                              FloatPointer pDst,
                              int nLength,
                              @Cast(value="Npp32f")
                              float nLevel,
                              @Cast(value="NppCmpOp")
                              int nRelOp)

32-bit floating point signal threshold with constant level. \param pSrc \ref source_signal_pointer. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \param nLevel Constant threshold value to be used to limit each signal sample \param nRelOp NppCmpOp type of thresholding operation (NPP_CMP_LESS or NPP_CMP_GREATER only). \return \ref signal_data_error_codes, \ref length_error_codes.

nppsThreshold_32f

@Cast(value="NppStatus")
public static int nppsThreshold_32f(@Cast(value="const Npp32f*")
                              FloatBuffer pSrc,
                              @Cast(value="Npp32f*")
                              FloatBuffer pDst,
                              int nLength,
                              @Cast(value="Npp32f")
                              float nLevel,
                              @Cast(value="NppCmpOp")
                              int nRelOp)

nppsThreshold_32f

@Cast(value="NppStatus")
public static int nppsThreshold_32f(@Cast(value="const Npp32f*")
                              float[] pSrc,
                              @Cast(value="Npp32f*")
                              float[] pDst,
                              int nLength,
                              @Cast(value="Npp32f")
                              float nLevel,
                              @Cast(value="NppCmpOp")
                              int nRelOp)

nppsThreshold_32f_I

@Cast(value="NppStatus")
public static int nppsThreshold_32f_I(@Cast(value="Npp32f*")
                                FloatPointer pSrcDst,
                                int nLength,
                                @Cast(value="Npp32f")
                                float nLevel,
                                @Cast(value="NppCmpOp")
                                int nRelOp)

32-bit in place floating point signal threshold with constant level. \param pSrcDst \ref in_place_signal_pointer. \param nLength \ref length_specification. \param nLevel Constant threshold value to be used to limit each signal sample \param nRelOp NppCmpOp type of thresholding operation (NPP_CMP_LESS or NPP_CMP_GREATER only). \return \ref signal_data_error_codes, \ref length_error_codes.

nppsThreshold_32f_I

@Cast(value="NppStatus")
public static int nppsThreshold_32f_I(@Cast(value="Npp32f*")
                                FloatBuffer pSrcDst,
                                int nLength,
                                @Cast(value="Npp32f")
                                float nLevel,
                                @Cast(value="NppCmpOp")
                                int nRelOp)

nppsThreshold_32f_I

@Cast(value="NppStatus")
public static int nppsThreshold_32f_I(@Cast(value="Npp32f*")
                                float[] pSrcDst,
                                int nLength,
                                @Cast(value="Npp32f")
                                float nLevel,
                                @Cast(value="NppCmpOp")
                                int nRelOp)

nppsThreshold_32fc

@Cast(value="NppStatus")
public static int nppsThreshold_32fc(@Const
                               nppc.Npp32fc pSrc,
                               nppc.Npp32fc pDst,
                               int nLength,
                               @Cast(value="Npp32f")
                               float nLevel,
                               @Cast(value="NppCmpOp")
                               int nRelOp)

32-bit floating point complex number signal threshold with constant level. \param pSrc \ref source_signal_pointer. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \param nLevel Constant threshold value (real part only and must be greater than 0) to be used to limit each signal sample \param nRelOp NppCmpOp type of thresholding operation (NPP_CMP_LESS or NPP_CMP_GREATER only). \return \ref signal_data_error_codes, \ref length_error_codes.

nppsThreshold_32fc_I
```
@Cast(value="NppStatus")
public static int nppsThreshold_32fc_I(nppc.Npp32fc pSrcDst,
                                 int nLength,
                                 @Cast(value="Npp32f")
                                 float nLevel,
                                 @Cast(value="NppCmpOp")
                                 int nRelOp)
```
32-bit in place floating point complex number signal threshold with constant level. \param pSrcDst \ref in_place_signal_pointer. \param nLength \ref length_specification. \param nLevel Constant threshold value (real part only and must be greater than 0) to be used to limit each signal sample \param nRelOp NppCmpOp type of thresholding operation (NPP_CMP_LESS or NPP_CMP_GREATER only). \return \ref signal_data_error_codes, \ref length_error_codes.

nppsThreshold_64f

@Cast(value="NppStatus")
public static int nppsThreshold_64f(@Cast(value="const Npp64f*")
                              DoublePointer pSrc,
                              @Cast(value="Npp64f*")
                              DoublePointer pDst,
                              int nLength,
                              @Cast(value="Npp64f")
                              double nLevel,
                              @Cast(value="NppCmpOp")
                              int nRelOp)

64-bit floating point signal threshold with constant level. \param pSrc \ref source_signal_pointer. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \param nLevel Constant threshold value to be used to limit each signal sample \param nRelOp NppCmpOp type of thresholding operation (NPP_CMP_LESS or NPP_CMP_GREATER only). \return \ref signal_data_error_codes, \ref length_error_codes.

nppsThreshold_64f

@Cast(value="NppStatus")
public static int nppsThreshold_64f(@Cast(value="const Npp64f*")
                              DoubleBuffer pSrc,
                              @Cast(value="Npp64f*")
                              DoubleBuffer pDst,
                              int nLength,
                              @Cast(value="Npp64f")
                              double nLevel,
                              @Cast(value="NppCmpOp")
                              int nRelOp)

nppsThreshold_64f

@Cast(value="NppStatus")
public static int nppsThreshold_64f(@Cast(value="const Npp64f*")
                              double[] pSrc,
                              @Cast(value="Npp64f*")
                              double[] pDst,
                              int nLength,
                              @Cast(value="Npp64f")
                              double nLevel,
                              @Cast(value="NppCmpOp")
                              int nRelOp)

nppsThreshold_64f_I

@Cast(value="NppStatus")
public static int nppsThreshold_64f_I(@Cast(value="Npp64f*")
                                DoublePointer pSrcDst,
                                int nLength,
                                @Cast(value="Npp64f")
                                double nLevel,
                                @Cast(value="NppCmpOp")
                                int nRelOp)

64-bit in place floating point signal threshold with constant level. \param pSrcDst \ref in_place_signal_pointer. \param nLength \ref length_specification. \param nLevel Constant threshold value to be used to limit each signal sample \param nRelOp NppCmpOp type of thresholding operation (NPP_CMP_LESS or NPP_CMP_GREATER only). \return \ref signal_data_error_codes, \ref length_error_codes.

nppsThreshold_64f_I

@Cast(value="NppStatus")
public static int nppsThreshold_64f_I(@Cast(value="Npp64f*")
                                DoubleBuffer pSrcDst,
                                int nLength,
                                @Cast(value="Npp64f")
                                double nLevel,
                                @Cast(value="NppCmpOp")
                                int nRelOp)

nppsThreshold_64f_I

@Cast(value="NppStatus")
public static int nppsThreshold_64f_I(@Cast(value="Npp64f*")
                                double[] pSrcDst,
                                int nLength,
                                @Cast(value="Npp64f")
                                double nLevel,
                                @Cast(value="NppCmpOp")
                                int nRelOp)

nppsThreshold_64fc

@Cast(value="NppStatus")
public static int nppsThreshold_64fc(@Const
                               nppc.Npp64fc pSrc,
                               nppc.Npp64fc pDst,
                               int nLength,
                               @Cast(value="Npp64f")
                               double nLevel,
                               @Cast(value="NppCmpOp")
                               int nRelOp)

64-bit floating point complex number signal threshold with constant level. \param pSrc \ref source_signal_pointer. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \param nLevel Constant threshold value (real part only and must be greater than 0) to be used to limit each signal sample \param nRelOp NppCmpOp type of thresholding operation (NPP_CMP_LESS or NPP_CMP_GREATER only). \return \ref signal_data_error_codes, \ref length_error_codes.

nppsThreshold_64fc_I
```
@Cast(value="NppStatus")
public static int nppsThreshold_64fc_I(nppc.Npp64fc pSrcDst,
                                 int nLength,
                                 @Cast(value="Npp64f")
                                 double nLevel,
                                 @Cast(value="NppCmpOp")
                                 int nRelOp)
```
64-bit in place floating point complex number signal threshold with constant level. \param pSrcDst \ref in_place_signal_pointer. \param nLength \ref length_specification. \param nLevel Constant threshold value (real part only and must be greater than 0) to be used to limit each signal sample \param nRelOp NppCmpOp type of thresholding operation (NPP_CMP_LESS or NPP_CMP_GREATER only). \return \ref signal_data_error_codes, \ref length_error_codes.

nppsThreshold_LT_16s

@Cast(value="NppStatus")
public static int nppsThreshold_LT_16s(@Cast(value="const Npp16s*")
                                 ShortPointer pSrc,
                                 @Cast(value="Npp16s*")
                                 ShortPointer pDst,
                                 int nLength,
                                 @Cast(value="Npp16s")
                                 short nLevel)

16-bit signed short signal NPP_CMP_LESS threshold with constant level. \param pSrc \ref source_signal_pointer. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \param nLevel Constant threshold value to be used to limit each signal sample \return \ref signal_data_error_codes, \ref length_error_codes.

nppsThreshold_LT_16s

@Cast(value="NppStatus")
public static int nppsThreshold_LT_16s(@Cast(value="const Npp16s*")
                                 ShortBuffer pSrc,
                                 @Cast(value="Npp16s*")
                                 ShortBuffer pDst,
                                 int nLength,
                                 @Cast(value="Npp16s")
                                 short nLevel)

nppsThreshold_LT_16s

@Cast(value="NppStatus")
public static int nppsThreshold_LT_16s(@Cast(value="const Npp16s*")
                                 short[] pSrc,
                                 @Cast(value="Npp16s*")
                                 short[] pDst,
                                 int nLength,
                                 @Cast(value="Npp16s")
                                 short nLevel)

nppsThreshold_LT_16s_I

@Cast(value="NppStatus")
public static int nppsThreshold_LT_16s_I(@Cast(value="Npp16s*")
                                   ShortPointer pSrcDst,
                                   int nLength,
                                   @Cast(value="Npp16s")
                                   short nLevel)

16-bit in place signed short signal NPP_CMP_LESS threshold with constant level. \param pSrcDst \ref in_place_signal_pointer. \param nLength \ref length_specification. \param nLevel Constant threshold value to be used to limit each signal sample \return \ref signal_data_error_codes, \ref length_error_codes.

nppsThreshold_LT_16s_I

@Cast(value="NppStatus")
public static int nppsThreshold_LT_16s_I(@Cast(value="Npp16s*")
                                   ShortBuffer pSrcDst,
                                   int nLength,
                                   @Cast(value="Npp16s")
                                   short nLevel)

nppsThreshold_LT_16s_I

@Cast(value="NppStatus")
public static int nppsThreshold_LT_16s_I(@Cast(value="Npp16s*")
                                   short[] pSrcDst,
                                   int nLength,
                                   @Cast(value="Npp16s")
                                   short nLevel)

nppsThreshold_LT_16sc

@Cast(value="NppStatus")
public static int nppsThreshold_LT_16sc(@Const
                                  nppc.Npp16sc pSrc,
                                  nppc.Npp16sc pDst,
                                  int nLength,
                                  @Cast(value="Npp16s")
                                  short nLevel)

16-bit signed short complex number signal NPP_CMP_LESS threshold with constant level. \param pSrc \ref source_signal_pointer. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \param nLevel Constant threshold value (real part only and must be greater than 0) to be used to limit each signal sample \return \ref signal_data_error_codes, \ref length_error_codes.

nppsThreshold_LT_16sc_I
```
@Cast(value="NppStatus")
public static int nppsThreshold_LT_16sc_I(nppc.Npp16sc pSrcDst,
                                    int nLength,
                                    @Cast(value="Npp16s")
                                    short nLevel)
```
16-bit in place signed short complex number signal NPP_CMP_LESS threshold with constant level. \param pSrcDst \ref in_place_signal_pointer. \param nLength \ref length_specification. \param nLevel Constant threshold value (real part only and must be greater than 0) to be used to limit each signal sample \return \ref signal_data_error_codes, \ref length_error_codes.

nppsThreshold_LT_32f

@Cast(value="NppStatus")
public static int nppsThreshold_LT_32f(@Cast(value="const Npp32f*")
                                 FloatPointer pSrc,
                                 @Cast(value="Npp32f*")
                                 FloatPointer pDst,
                                 int nLength,
                                 @Cast(value="Npp32f")
                                 float nLevel)

32-bit floating point signal NPP_CMP_LESS threshold with constant level. \param pSrc \ref source_signal_pointer. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \param nLevel Constant threshold value to be used to limit each signal sample \return \ref signal_data_error_codes, \ref length_error_codes.

nppsThreshold_LT_32f

@Cast(value="NppStatus")
public static int nppsThreshold_LT_32f(@Cast(value="const Npp32f*")
                                 FloatBuffer pSrc,
                                 @Cast(value="Npp32f*")
                                 FloatBuffer pDst,
                                 int nLength,
                                 @Cast(value="Npp32f")
                                 float nLevel)

nppsThreshold_LT_32f

@Cast(value="NppStatus")
public static int nppsThreshold_LT_32f(@Cast(value="const Npp32f*")
                                 float[] pSrc,
                                 @Cast(value="Npp32f*")
                                 float[] pDst,
                                 int nLength,
                                 @Cast(value="Npp32f")
                                 float nLevel)

nppsThreshold_LT_32f_I

@Cast(value="NppStatus")
public static int nppsThreshold_LT_32f_I(@Cast(value="Npp32f*")
                                   FloatPointer pSrcDst,
                                   int nLength,
                                   @Cast(value="Npp32f")
                                   float nLevel)

32-bit in place floating point signal NPP_CMP_LESS threshold with constant level. \param pSrcDst \ref in_place_signal_pointer. \param nLength \ref length_specification. \param nLevel Constant threshold value to be used to limit each signal sample \return \ref signal_data_error_codes, \ref length_error_codes.

nppsThreshold_LT_32f_I

@Cast(value="NppStatus")
public static int nppsThreshold_LT_32f_I(@Cast(value="Npp32f*")
                                   FloatBuffer pSrcDst,
                                   int nLength,
                                   @Cast(value="Npp32f")
                                   float nLevel)

nppsThreshold_LT_32f_I

@Cast(value="NppStatus")
public static int nppsThreshold_LT_32f_I(@Cast(value="Npp32f*")
                                   float[] pSrcDst,
                                   int nLength,
                                   @Cast(value="Npp32f")
                                   float nLevel)

nppsThreshold_LT_32fc

@Cast(value="NppStatus")
public static int nppsThreshold_LT_32fc(@Const
                                  nppc.Npp32fc pSrc,
                                  nppc.Npp32fc pDst,
                                  int nLength,
                                  @Cast(value="Npp32f")
                                  float nLevel)

32-bit floating point complex number signal NPP_CMP_LESS threshold with constant level. \param pSrc \ref source_signal_pointer. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \param nLevel Constant threshold value (real part only and must be greater than 0) to be used to limit each signal sample \return \ref signal_data_error_codes, \ref length_error_codes.

nppsThreshold_LT_32fc_I
```
@Cast(value="NppStatus")
public static int nppsThreshold_LT_32fc_I(nppc.Npp32fc pSrcDst,
                                    int nLength,
                                    @Cast(value="Npp32f")
                                    float nLevel)
```
32-bit in place floating point complex number signal NPP_CMP_LESS threshold with constant level. \param pSrcDst \ref in_place_signal_pointer. \param nLength \ref length_specification. \param nLevel Constant threshold value (real part only and must be greater than 0) to be used to limit each signal sample \return \ref signal_data_error_codes, \ref length_error_codes.

nppsThreshold_LT_64f

@Cast(value="NppStatus")
public static int nppsThreshold_LT_64f(@Cast(value="const Npp64f*")
                                 DoublePointer pSrc,
                                 @Cast(value="Npp64f*")
                                 DoublePointer pDst,
                                 int nLength,
                                 @Cast(value="Npp64f")
                                 double nLevel)

64-bit floating point signal NPP_CMP_LESS threshold with constant level. \param pSrc \ref source_signal_pointer. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \param nLevel Constant threshold value to be used to limit each signal sample \return \ref signal_data_error_codes, \ref length_error_codes.

nppsThreshold_LT_64f

@Cast(value="NppStatus")
public static int nppsThreshold_LT_64f(@Cast(value="const Npp64f*")
                                 DoubleBuffer pSrc,
                                 @Cast(value="Npp64f*")
                                 DoubleBuffer pDst,
                                 int nLength,
                                 @Cast(value="Npp64f")
                                 double nLevel)

nppsThreshold_LT_64f

@Cast(value="NppStatus")
public static int nppsThreshold_LT_64f(@Cast(value="const Npp64f*")
                                 double[] pSrc,
                                 @Cast(value="Npp64f*")
                                 double[] pDst,
                                 int nLength,
                                 @Cast(value="Npp64f")
                                 double nLevel)

nppsThreshold_LT_64f_I

@Cast(value="NppStatus")
public static int nppsThreshold_LT_64f_I(@Cast(value="Npp64f*")
                                   DoublePointer pSrcDst,
                                   int nLength,
                                   @Cast(value="Npp64f")
                                   double nLevel)

64-bit in place floating point signal NPP_CMP_LESS threshold with constant level. \param pSrcDst \ref in_place_signal_pointer. \param nLength \ref length_specification. \param nLevel Constant threshold value to be used to limit each signal sample \return \ref signal_data_error_codes, \ref length_error_codes.

nppsThreshold_LT_64f_I

@Cast(value="NppStatus")
public static int nppsThreshold_LT_64f_I(@Cast(value="Npp64f*")
                                   DoubleBuffer pSrcDst,
                                   int nLength,
                                   @Cast(value="Npp64f")
                                   double nLevel)

nppsThreshold_LT_64f_I

@Cast(value="NppStatus")
public static int nppsThreshold_LT_64f_I(@Cast(value="Npp64f*")
                                   double[] pSrcDst,
                                   int nLength,
                                   @Cast(value="Npp64f")
                                   double nLevel)

nppsThreshold_LT_64fc

@Cast(value="NppStatus")
public static int nppsThreshold_LT_64fc(@Const
                                  nppc.Npp64fc pSrc,
                                  nppc.Npp64fc pDst,
                                  int nLength,
                                  @Cast(value="Npp64f")
                                  double nLevel)

64-bit floating point complex number signal NPP_CMP_LESS threshold with constant level. \param pSrc \ref source_signal_pointer. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \param nLevel Constant threshold value (real part only and must be greater than 0) to be used to limit each signal sample \return \ref signal_data_error_codes, \ref length_error_codes.

nppsThreshold_LT_64fc_I
```
@Cast(value="NppStatus")
public static int nppsThreshold_LT_64fc_I(nppc.Npp64fc pSrcDst,
                                    int nLength,
                                    @Cast(value="Npp64f")
                                    double nLevel)
```
64-bit in place floating point complex number signal NPP_CMP_LESS threshold with constant level. \param pSrcDst \ref in_place_signal_pointer. \param nLength \ref length_specification. \param nLevel Constant threshold value (real part only and must be greater than 0) to be used to limit each signal sample \return \ref signal_data_error_codes, \ref length_error_codes.

nppsThreshold_GT_16s

@Cast(value="NppStatus")
public static int nppsThreshold_GT_16s(@Cast(value="const Npp16s*")
                                 ShortPointer pSrc,
                                 @Cast(value="Npp16s*")
                                 ShortPointer pDst,
                                 int nLength,
                                 @Cast(value="Npp16s")
                                 short nLevel)

16-bit signed short signal NPP_CMP_GREATER threshold with constant level. \param pSrc \ref source_signal_pointer. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \param nLevel Constant threshold value to be used to limit each signal sample \return \ref signal_data_error_codes, \ref length_error_codes.

nppsThreshold_GT_16s

@Cast(value="NppStatus")
public static int nppsThreshold_GT_16s(@Cast(value="const Npp16s*")
                                 ShortBuffer pSrc,
                                 @Cast(value="Npp16s*")
                                 ShortBuffer pDst,
                                 int nLength,
                                 @Cast(value="Npp16s")
                                 short nLevel)

nppsThreshold_GT_16s

@Cast(value="NppStatus")
public static int nppsThreshold_GT_16s(@Cast(value="const Npp16s*")
                                 short[] pSrc,
                                 @Cast(value="Npp16s*")
                                 short[] pDst,
                                 int nLength,
                                 @Cast(value="Npp16s")
                                 short nLevel)

nppsThreshold_GT_16s_I

@Cast(value="NppStatus")
public static int nppsThreshold_GT_16s_I(@Cast(value="Npp16s*")
                                   ShortPointer pSrcDst,
                                   int nLength,
                                   @Cast(value="Npp16s")
                                   short nLevel)

16-bit in place signed short signal NPP_CMP_GREATER threshold with constant level. \param pSrcDst \ref in_place_signal_pointer. \param nLength \ref length_specification. \param nLevel Constant threshold value to be used to limit each signal sample \return \ref signal_data_error_codes, \ref length_error_codes.

nppsThreshold_GT_16s_I

@Cast(value="NppStatus")
public static int nppsThreshold_GT_16s_I(@Cast(value="Npp16s*")
                                   ShortBuffer pSrcDst,
                                   int nLength,
                                   @Cast(value="Npp16s")
                                   short nLevel)

nppsThreshold_GT_16s_I

@Cast(value="NppStatus")
public static int nppsThreshold_GT_16s_I(@Cast(value="Npp16s*")
                                   short[] pSrcDst,
                                   int nLength,
                                   @Cast(value="Npp16s")
                                   short nLevel)

nppsThreshold_GT_16sc

@Cast(value="NppStatus")
public static int nppsThreshold_GT_16sc(@Const
                                  nppc.Npp16sc pSrc,
                                  nppc.Npp16sc pDst,
                                  int nLength,
                                  @Cast(value="Npp16s")
                                  short nLevel)

16-bit signed short complex number signal NPP_CMP_GREATER threshold with constant level. \param pSrc \ref source_signal_pointer. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \param nLevel Constant threshold value (real part only and must be greater than 0) to be used to limit each signal sample \return \ref signal_data_error_codes, \ref length_error_codes.

nppsThreshold_GT_16sc_I
```
@Cast(value="NppStatus")
public static int nppsThreshold_GT_16sc_I(nppc.Npp16sc pSrcDst,
                                    int nLength,
                                    @Cast(value="Npp16s")
                                    short nLevel)
```
16-bit in place signed short complex number signal NPP_CMP_GREATER threshold with constant level. \param pSrcDst \ref in_place_signal_pointer. \param nLength \ref length_specification. \param nLevel Constant threshold value (real part only and must be greater than 0) to be used to limit each signal sample \return \ref signal_data_error_codes, \ref length_error_codes.

nppsThreshold_GT_32f

@Cast(value="NppStatus")
public static int nppsThreshold_GT_32f(@Cast(value="const Npp32f*")
                                 FloatPointer pSrc,
                                 @Cast(value="Npp32f*")
                                 FloatPointer pDst,
                                 int nLength,
                                 @Cast(value="Npp32f")
                                 float nLevel)

32-bit floating point signal NPP_CMP_GREATER threshold with constant level. \param pSrc \ref source_signal_pointer. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \param nLevel Constant threshold value to be used to limit each signal sample \return \ref signal_data_error_codes, \ref length_error_codes.

nppsThreshold_GT_32f

@Cast(value="NppStatus")
public static int nppsThreshold_GT_32f(@Cast(value="const Npp32f*")
                                 FloatBuffer pSrc,
                                 @Cast(value="Npp32f*")
                                 FloatBuffer pDst,
                                 int nLength,
                                 @Cast(value="Npp32f")
                                 float nLevel)

nppsThreshold_GT_32f

@Cast(value="NppStatus")
public static int nppsThreshold_GT_32f(@Cast(value="const Npp32f*")
                                 float[] pSrc,
                                 @Cast(value="Npp32f*")
                                 float[] pDst,
                                 int nLength,
                                 @Cast(value="Npp32f")
                                 float nLevel)

nppsThreshold_GT_32f_I

@Cast(value="NppStatus")
public static int nppsThreshold_GT_32f_I(@Cast(value="Npp32f*")
                                   FloatPointer pSrcDst,
                                   int nLength,
                                   @Cast(value="Npp32f")
                                   float nLevel)

32-bit in place floating point signal NPP_CMP_GREATER threshold with constant level. \param pSrcDst \ref in_place_signal_pointer. \param nLength \ref length_specification. \param nLevel Constant threshold value to be used to limit each signal sample \return \ref signal_data_error_codes, \ref length_error_codes.

nppsThreshold_GT_32f_I

@Cast(value="NppStatus")
public static int nppsThreshold_GT_32f_I(@Cast(value="Npp32f*")
                                   FloatBuffer pSrcDst,
                                   int nLength,
                                   @Cast(value="Npp32f")
                                   float nLevel)

nppsThreshold_GT_32f_I

@Cast(value="NppStatus")
public static int nppsThreshold_GT_32f_I(@Cast(value="Npp32f*")
                                   float[] pSrcDst,
                                   int nLength,
                                   @Cast(value="Npp32f")
                                   float nLevel)

nppsThreshold_GT_32fc

@Cast(value="NppStatus")
public static int nppsThreshold_GT_32fc(@Const
                                  nppc.Npp32fc pSrc,
                                  nppc.Npp32fc pDst,
                                  int nLength,
                                  @Cast(value="Npp32f")
                                  float nLevel)

32-bit floating point complex number signal NPP_CMP_GREATER threshold with constant level. \param pSrc \ref source_signal_pointer. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \param nLevel Constant threshold value (real part only and must be greater than 0) to be used to limit each signal sample \return \ref signal_data_error_codes, \ref length_error_codes.

nppsThreshold_GT_32fc_I
```
@Cast(value="NppStatus")
public static int nppsThreshold_GT_32fc_I(nppc.Npp32fc pSrcDst,
                                    int nLength,
                                    @Cast(value="Npp32f")
                                    float nLevel)
```
32-bit in place floating point complex number signal NPP_CMP_GREATER threshold with constant level. \param pSrcDst \ref in_place_signal_pointer. \param nLength \ref length_specification. \param nLevel Constant threshold value (real part only and must be greater than 0) to be used to limit each signal sample \return \ref signal_data_error_codes, \ref length_error_codes.

nppsThreshold_GT_64f

@Cast(value="NppStatus")
public static int nppsThreshold_GT_64f(@Cast(value="const Npp64f*")
                                 DoublePointer pSrc,
                                 @Cast(value="Npp64f*")
                                 DoublePointer pDst,
                                 int nLength,
                                 @Cast(value="Npp64f")
                                 double nLevel)

64-bit floating point signal NPP_CMP_GREATER threshold with constant level. \param pSrc \ref source_signal_pointer. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \param nLevel Constant threshold value to be used to limit each signal sample \return \ref signal_data_error_codes, \ref length_error_codes.

nppsThreshold_GT_64f

@Cast(value="NppStatus")
public static int nppsThreshold_GT_64f(@Cast(value="const Npp64f*")
                                 DoubleBuffer pSrc,
                                 @Cast(value="Npp64f*")
                                 DoubleBuffer pDst,
                                 int nLength,
                                 @Cast(value="Npp64f")
                                 double nLevel)

nppsThreshold_GT_64f

@Cast(value="NppStatus")
public static int nppsThreshold_GT_64f(@Cast(value="const Npp64f*")
                                 double[] pSrc,
                                 @Cast(value="Npp64f*")
                                 double[] pDst,
                                 int nLength,
                                 @Cast(value="Npp64f")
                                 double nLevel)

nppsThreshold_GT_64f_I

@Cast(value="NppStatus")
public static int nppsThreshold_GT_64f_I(@Cast(value="Npp64f*")
                                   DoublePointer pSrcDst,
                                   int nLength,
                                   @Cast(value="Npp64f")
                                   double nLevel)

64-bit in place floating point signal NPP_CMP_GREATER threshold with constant level. \param pSrcDst \ref in_place_signal_pointer. \param nLength \ref length_specification. \param nLevel Constant threshold value to be used to limit each signal sample \return \ref signal_data_error_codes, \ref length_error_codes.

nppsThreshold_GT_64f_I

@Cast(value="NppStatus")
public static int nppsThreshold_GT_64f_I(@Cast(value="Npp64f*")
                                   DoubleBuffer pSrcDst,
                                   int nLength,
                                   @Cast(value="Npp64f")
                                   double nLevel)

nppsThreshold_GT_64f_I

@Cast(value="NppStatus")
public static int nppsThreshold_GT_64f_I(@Cast(value="Npp64f*")
                                   double[] pSrcDst,
                                   int nLength,
                                   @Cast(value="Npp64f")
                                   double nLevel)

nppsThreshold_GT_64fc

@Cast(value="NppStatus")
public static int nppsThreshold_GT_64fc(@Const
                                  nppc.Npp64fc pSrc,
                                  nppc.Npp64fc pDst,
                                  int nLength,
                                  @Cast(value="Npp64f")
                                  double nLevel)

64-bit floating point complex number signal NPP_CMP_GREATER threshold with constant level. \param pSrc \ref source_signal_pointer. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \param nLevel Constant threshold value (real part only and must be greater than 0) to be used to limit each signal sample \return \ref signal_data_error_codes, \ref length_error_codes.

nppsThreshold_GT_64fc_I
```
@Cast(value="NppStatus")
public static int nppsThreshold_GT_64fc_I(nppc.Npp64fc pSrcDst,
                                    int nLength,
                                    @Cast(value="Npp64f")
                                    double nLevel)
```
64-bit in place floating point complex number signal NPP_CMP_GREATER threshold with constant level. \param pSrcDst \ref in_place_signal_pointer. \param nLength \ref length_specification. \param nLevel Constant threshold value (real part only and must be greater than 0) to be used to limit each signal sample \return \ref signal_data_error_codes, \ref length_error_codes.

nppsThreshold_LTVal_16s

@Cast(value="NppStatus")
public static int nppsThreshold_LTVal_16s(@Cast(value="const Npp16s*")
                                    ShortPointer pSrc,
                                    @Cast(value="Npp16s*")
                                    ShortPointer pDst,
                                    int nLength,
                                    @Cast(value="Npp16s")
                                    short nLevel,
                                    @Cast(value="Npp16s")
                                    short nValue)

16-bit signed short signal NPP_CMP_LESS threshold with constant level. \param pSrc \ref source_signal_pointer. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \param nLevel Constant threshold value to be used to limit each signal sample \param nValue Constant value to replace source value when threshold test is true. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsThreshold_LTVal_16s

@Cast(value="NppStatus")
public static int nppsThreshold_LTVal_16s(@Cast(value="const Npp16s*")
                                    ShortBuffer pSrc,
                                    @Cast(value="Npp16s*")
                                    ShortBuffer pDst,
                                    int nLength,
                                    @Cast(value="Npp16s")
                                    short nLevel,
                                    @Cast(value="Npp16s")
                                    short nValue)

nppsThreshold_LTVal_16s

@Cast(value="NppStatus")
public static int nppsThreshold_LTVal_16s(@Cast(value="const Npp16s*")
                                    short[] pSrc,
                                    @Cast(value="Npp16s*")
                                    short[] pDst,
                                    int nLength,
                                    @Cast(value="Npp16s")
                                    short nLevel,
                                    @Cast(value="Npp16s")
                                    short nValue)

nppsThreshold_LTVal_16s_I

@Cast(value="NppStatus")
public static int nppsThreshold_LTVal_16s_I(@Cast(value="Npp16s*")
                                      ShortPointer pSrcDst,
                                      int nLength,
                                      @Cast(value="Npp16s")
                                      short nLevel,
                                      @Cast(value="Npp16s")
                                      short nValue)

16-bit in place signed short signal NPP_CMP_LESS threshold with constant level. \param pSrcDst \ref in_place_signal_pointer. \param nLength \ref length_specification. \param nLevel Constant threshold value to be used to limit each signal sample \param nValue Constant value to replace source value when threshold test is true. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsThreshold_LTVal_16s_I

@Cast(value="NppStatus")
public static int nppsThreshold_LTVal_16s_I(@Cast(value="Npp16s*")
                                      ShortBuffer pSrcDst,
                                      int nLength,
                                      @Cast(value="Npp16s")
                                      short nLevel,
                                      @Cast(value="Npp16s")
                                      short nValue)

nppsThreshold_LTVal_16s_I

@Cast(value="NppStatus")
public static int nppsThreshold_LTVal_16s_I(@Cast(value="Npp16s*")
                                      short[] pSrcDst,
                                      int nLength,
                                      @Cast(value="Npp16s")
                                      short nLevel,
                                      @Cast(value="Npp16s")
                                      short nValue)

nppsThreshold_LTVal_16sc

@Cast(value="NppStatus")
public static int nppsThreshold_LTVal_16sc(@Const
                                     nppc.Npp16sc pSrc,
                                     nppc.Npp16sc pDst,
                                     int nLength,
                                     @Cast(value="Npp16s")
                                     short nLevel,
                                     @ByVal
                                     nppc.Npp16sc nValue)

16-bit signed short complex number signal NPP_CMP_LESS threshold with constant level. \param pSrc \ref source_signal_pointer. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \param nLevel Constant threshold value (real part only and must be greater than 0) to be used to limit each signal sample \param nValue Constant value to replace source value when threshold test is true. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsThreshold_LTVal_16sc_I

@Cast(value="NppStatus")
public static int nppsThreshold_LTVal_16sc_I(nppc.Npp16sc pSrcDst,
                                       int nLength,
                                       @Cast(value="Npp16s")
                                       short nLevel,
                                       @ByVal
                                       nppc.Npp16sc nValue)

16-bit in place signed short complex number signal NPP_CMP_LESS threshold with constant level. \param pSrcDst \ref in_place_signal_pointer. \param nLength \ref length_specification. \param nLevel Constant threshold value (real part only and must be greater than 0) to be used to limit each signal sample \param nValue Constant value to replace source value when threshold test is true. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsThreshold_LTVal_32f

@Cast(value="NppStatus")
public static int nppsThreshold_LTVal_32f(@Cast(value="const Npp32f*")
                                    FloatPointer pSrc,
                                    @Cast(value="Npp32f*")
                                    FloatPointer pDst,
                                    int nLength,
                                    @Cast(value="Npp32f")
                                    float nLevel,
                                    @Cast(value="Npp32f")
                                    float nValue)

32-bit floating point signal NPP_CMP_LESS threshold with constant level. \param pSrc \ref source_signal_pointer. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \param nLevel Constant threshold value to be used to limit each signal sample \param nValue Constant value to replace source value when threshold test is true. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsThreshold_LTVal_32f

@Cast(value="NppStatus")
public static int nppsThreshold_LTVal_32f(@Cast(value="const Npp32f*")
                                    FloatBuffer pSrc,
                                    @Cast(value="Npp32f*")
                                    FloatBuffer pDst,
                                    int nLength,
                                    @Cast(value="Npp32f")
                                    float nLevel,
                                    @Cast(value="Npp32f")
                                    float nValue)

nppsThreshold_LTVal_32f

@Cast(value="NppStatus")
public static int nppsThreshold_LTVal_32f(@Cast(value="const Npp32f*")
                                    float[] pSrc,
                                    @Cast(value="Npp32f*")
                                    float[] pDst,
                                    int nLength,
                                    @Cast(value="Npp32f")
                                    float nLevel,
                                    @Cast(value="Npp32f")
                                    float nValue)

nppsThreshold_LTVal_32f_I

@Cast(value="NppStatus")
public static int nppsThreshold_LTVal_32f_I(@Cast(value="Npp32f*")
                                      FloatPointer pSrcDst,
                                      int nLength,
                                      @Cast(value="Npp32f")
                                      float nLevel,
                                      @Cast(value="Npp32f")
                                      float nValue)

32-bit in place floating point signal NPP_CMP_LESS threshold with constant level. \param pSrcDst \ref in_place_signal_pointer. \param nLength \ref length_specification. \param nLevel Constant threshold value to be used to limit each signal sample \param nValue Constant value to replace source value when threshold test is true. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsThreshold_LTVal_32f_I

@Cast(value="NppStatus")
public static int nppsThreshold_LTVal_32f_I(@Cast(value="Npp32f*")
                                      FloatBuffer pSrcDst,
                                      int nLength,
                                      @Cast(value="Npp32f")
                                      float nLevel,
                                      @Cast(value="Npp32f")
                                      float nValue)

nppsThreshold_LTVal_32f_I

@Cast(value="NppStatus")
public static int nppsThreshold_LTVal_32f_I(@Cast(value="Npp32f*")
                                      float[] pSrcDst,
                                      int nLength,
                                      @Cast(value="Npp32f")
                                      float nLevel,
                                      @Cast(value="Npp32f")
                                      float nValue)

nppsThreshold_LTVal_32fc

@Cast(value="NppStatus")
public static int nppsThreshold_LTVal_32fc(@Const
                                     nppc.Npp32fc pSrc,
                                     nppc.Npp32fc pDst,
                                     int nLength,
                                     @Cast(value="Npp32f")
                                     float nLevel,
                                     @ByVal
                                     nppc.Npp32fc nValue)

32-bit floating point complex number signal NPP_CMP_LESS threshold with constant level. \param pSrc \ref source_signal_pointer. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \param nLevel Constant threshold value (real part only and must be greater than 0) to be used to limit each signal sample \param nValue Constant value to replace source value when threshold test is true. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsThreshold_LTVal_32fc_I

@Cast(value="NppStatus")
public static int nppsThreshold_LTVal_32fc_I(nppc.Npp32fc pSrcDst,
                                       int nLength,
                                       @Cast(value="Npp32f")
                                       float nLevel,
                                       @ByVal
                                       nppc.Npp32fc nValue)

32-bit in place floating point complex number signal NPP_CMP_LESS threshold with constant level. \param pSrcDst \ref in_place_signal_pointer. \param nLength \ref length_specification. \param nLevel Constant threshold value (real part only and must be greater than 0) to be used to limit each signal sample \param nValue Constant value to replace source value when threshold test is true. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsThreshold_LTVal_64f

@Cast(value="NppStatus")
public static int nppsThreshold_LTVal_64f(@Cast(value="const Npp64f*")
                                    DoublePointer pSrc,
                                    @Cast(value="Npp64f*")
                                    DoublePointer pDst,
                                    int nLength,
                                    @Cast(value="Npp64f")
                                    double nLevel,
                                    @Cast(value="Npp64f")
                                    double nValue)

64-bit floating point signal NPP_CMP_LESS threshold with constant level. \param pSrc \ref source_signal_pointer. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \param nLevel Constant threshold value to be used to limit each signal sample \param nValue Constant value to replace source value when threshold test is true. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsThreshold_LTVal_64f

@Cast(value="NppStatus")
public static int nppsThreshold_LTVal_64f(@Cast(value="const Npp64f*")
                                    DoubleBuffer pSrc,
                                    @Cast(value="Npp64f*")
                                    DoubleBuffer pDst,
                                    int nLength,
                                    @Cast(value="Npp64f")
                                    double nLevel,
                                    @Cast(value="Npp64f")
                                    double nValue)

nppsThreshold_LTVal_64f

@Cast(value="NppStatus")
public static int nppsThreshold_LTVal_64f(@Cast(value="const Npp64f*")
                                    double[] pSrc,
                                    @Cast(value="Npp64f*")
                                    double[] pDst,
                                    int nLength,
                                    @Cast(value="Npp64f")
                                    double nLevel,
                                    @Cast(value="Npp64f")
                                    double nValue)

nppsThreshold_LTVal_64f_I

@Cast(value="NppStatus")
public static int nppsThreshold_LTVal_64f_I(@Cast(value="Npp64f*")
                                      DoublePointer pSrcDst,
                                      int nLength,
                                      @Cast(value="Npp64f")
                                      double nLevel,
                                      @Cast(value="Npp64f")
                                      double nValue)

64-bit in place floating point signal NPP_CMP_LESS threshold with constant level. \param pSrcDst \ref in_place_signal_pointer. \param nLength \ref length_specification. \param nLevel Constant threshold value to be used to limit each signal sample \param nValue Constant value to replace source value when threshold test is true. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsThreshold_LTVal_64f_I

@Cast(value="NppStatus")
public static int nppsThreshold_LTVal_64f_I(@Cast(value="Npp64f*")
                                      DoubleBuffer pSrcDst,
                                      int nLength,
                                      @Cast(value="Npp64f")
                                      double nLevel,
                                      @Cast(value="Npp64f")
                                      double nValue)

nppsThreshold_LTVal_64f_I

@Cast(value="NppStatus")
public static int nppsThreshold_LTVal_64f_I(@Cast(value="Npp64f*")
                                      double[] pSrcDst,
                                      int nLength,
                                      @Cast(value="Npp64f")
                                      double nLevel,
                                      @Cast(value="Npp64f")
                                      double nValue)

nppsThreshold_LTVal_64fc

@Cast(value="NppStatus")
public static int nppsThreshold_LTVal_64fc(@Const
                                     nppc.Npp64fc pSrc,
                                     nppc.Npp64fc pDst,
                                     int nLength,
                                     @Cast(value="Npp64f")
                                     double nLevel,
                                     @ByVal
                                     nppc.Npp64fc nValue)

64-bit floating point complex number signal NPP_CMP_LESS threshold with constant level. \param pSrc \ref source_signal_pointer. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \param nLevel Constant threshold value (real part only and must be greater than 0) to be used to limit each signal sample \param nValue Constant value to replace source value when threshold test is true. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsThreshold_LTVal_64fc_I

@Cast(value="NppStatus")
public static int nppsThreshold_LTVal_64fc_I(nppc.Npp64fc pSrcDst,
                                       int nLength,
                                       @Cast(value="Npp64f")
                                       double nLevel,
                                       @ByVal
                                       nppc.Npp64fc nValue)

64-bit in place floating point complex number signal NPP_CMP_LESS threshold with constant level. \param pSrcDst \ref in_place_signal_pointer. \param nLength \ref length_specification. \param nLevel Constant threshold value (real part only and must be greater than 0) to be used to limit each signal sample \param nValue Constant value to replace source value when threshold test is true. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsThreshold_GTVal_16s

@Cast(value="NppStatus")
public static int nppsThreshold_GTVal_16s(@Cast(value="const Npp16s*")
                                    ShortPointer pSrc,
                                    @Cast(value="Npp16s*")
                                    ShortPointer pDst,
                                    int nLength,
                                    @Cast(value="Npp16s")
                                    short nLevel,
                                    @Cast(value="Npp16s")
                                    short nValue)

16-bit signed short signal NPP_CMP_GREATER threshold with constant level. \param pSrc \ref source_signal_pointer. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \param nLevel Constant threshold value to be used to limit each signal sample \param nValue Constant value to replace source value when threshold test is true. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsThreshold_GTVal_16s

@Cast(value="NppStatus")
public static int nppsThreshold_GTVal_16s(@Cast(value="const Npp16s*")
                                    ShortBuffer pSrc,
                                    @Cast(value="Npp16s*")
                                    ShortBuffer pDst,
                                    int nLength,
                                    @Cast(value="Npp16s")
                                    short nLevel,
                                    @Cast(value="Npp16s")
                                    short nValue)

nppsThreshold_GTVal_16s

@Cast(value="NppStatus")
public static int nppsThreshold_GTVal_16s(@Cast(value="const Npp16s*")
                                    short[] pSrc,
                                    @Cast(value="Npp16s*")
                                    short[] pDst,
                                    int nLength,
                                    @Cast(value="Npp16s")
                                    short nLevel,
                                    @Cast(value="Npp16s")
                                    short nValue)

nppsThreshold_GTVal_16s_I

@Cast(value="NppStatus")
public static int nppsThreshold_GTVal_16s_I(@Cast(value="Npp16s*")
                                      ShortPointer pSrcDst,
                                      int nLength,
                                      @Cast(value="Npp16s")
                                      short nLevel,
                                      @Cast(value="Npp16s")
                                      short nValue)

16-bit in place signed short signal NPP_CMP_GREATER threshold with constant level. \param pSrcDst \ref in_place_signal_pointer. \param nLength \ref length_specification. \param nLevel Constant threshold value to be used to limit each signal sample \param nValue Constant value to replace source value when threshold test is true. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsThreshold_GTVal_16s_I

@Cast(value="NppStatus")
public static int nppsThreshold_GTVal_16s_I(@Cast(value="Npp16s*")
                                      ShortBuffer pSrcDst,
                                      int nLength,
                                      @Cast(value="Npp16s")
                                      short nLevel,
                                      @Cast(value="Npp16s")
                                      short nValue)

nppsThreshold_GTVal_16s_I

@Cast(value="NppStatus")
public static int nppsThreshold_GTVal_16s_I(@Cast(value="Npp16s*")
                                      short[] pSrcDst,
                                      int nLength,
                                      @Cast(value="Npp16s")
                                      short nLevel,
                                      @Cast(value="Npp16s")
                                      short nValue)

nppsThreshold_GTVal_16sc

@Cast(value="NppStatus")
public static int nppsThreshold_GTVal_16sc(@Const
                                     nppc.Npp16sc pSrc,
                                     nppc.Npp16sc pDst,
                                     int nLength,
                                     @Cast(value="Npp16s")
                                     short nLevel,
                                     @ByVal
                                     nppc.Npp16sc nValue)

16-bit signed short complex number signal NPP_CMP_GREATER threshold with constant level. \param pSrc \ref source_signal_pointer. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \param nLevel Constant threshold value (real part only and must be greater than 0) to be used to limit each signal sample \param nValue Constant value to replace source value when threshold test is true. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsThreshold_GTVal_16sc_I

@Cast(value="NppStatus")
public static int nppsThreshold_GTVal_16sc_I(nppc.Npp16sc pSrcDst,
                                       int nLength,
                                       @Cast(value="Npp16s")
                                       short nLevel,
                                       @ByVal
                                       nppc.Npp16sc nValue)

16-bit in place signed short complex number signal NPP_CMP_GREATER threshold with constant level. \param pSrcDst \ref in_place_signal_pointer. \param nLength \ref length_specification. \param nLevel Constant threshold value (real part only and must be greater than 0) to be used to limit each signal sample \param nValue Constant value to replace source value when threshold test is true. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsThreshold_GTVal_32f

@Cast(value="NppStatus")
public static int nppsThreshold_GTVal_32f(@Cast(value="const Npp32f*")
                                    FloatPointer pSrc,
                                    @Cast(value="Npp32f*")
                                    FloatPointer pDst,
                                    int nLength,
                                    @Cast(value="Npp32f")
                                    float nLevel,
                                    @Cast(value="Npp32f")
                                    float nValue)

32-bit floating point signal NPP_CMP_GREATER threshold with constant level. \param pSrc \ref source_signal_pointer. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \param nLevel Constant threshold value to be used to limit each signal sample \param nValue Constant value to replace source value when threshold test is true. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsThreshold_GTVal_32f

@Cast(value="NppStatus")
public static int nppsThreshold_GTVal_32f(@Cast(value="const Npp32f*")
                                    FloatBuffer pSrc,
                                    @Cast(value="Npp32f*")
                                    FloatBuffer pDst,
                                    int nLength,
                                    @Cast(value="Npp32f")
                                    float nLevel,
                                    @Cast(value="Npp32f")
                                    float nValue)

nppsThreshold_GTVal_32f

@Cast(value="NppStatus")
public static int nppsThreshold_GTVal_32f(@Cast(value="const Npp32f*")
                                    float[] pSrc,
                                    @Cast(value="Npp32f*")
                                    float[] pDst,
                                    int nLength,
                                    @Cast(value="Npp32f")
                                    float nLevel,
                                    @Cast(value="Npp32f")
                                    float nValue)

nppsThreshold_GTVal_32f_I

@Cast(value="NppStatus")
public static int nppsThreshold_GTVal_32f_I(@Cast(value="Npp32f*")
                                      FloatPointer pSrcDst,
                                      int nLength,
                                      @Cast(value="Npp32f")
                                      float nLevel,
                                      @Cast(value="Npp32f")
                                      float nValue)

32-bit in place floating point signal NPP_CMP_GREATER threshold with constant level. \param pSrcDst \ref in_place_signal_pointer. \param nLength \ref length_specification. \param nLevel Constant threshold value to be used to limit each signal sample \param nValue Constant value to replace source value when threshold test is true. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsThreshold_GTVal_32f_I

@Cast(value="NppStatus")
public static int nppsThreshold_GTVal_32f_I(@Cast(value="Npp32f*")
                                      FloatBuffer pSrcDst,
                                      int nLength,
                                      @Cast(value="Npp32f")
                                      float nLevel,
                                      @Cast(value="Npp32f")
                                      float nValue)

nppsThreshold_GTVal_32f_I

@Cast(value="NppStatus")
public static int nppsThreshold_GTVal_32f_I(@Cast(value="Npp32f*")
                                      float[] pSrcDst,
                                      int nLength,
                                      @Cast(value="Npp32f")
                                      float nLevel,
                                      @Cast(value="Npp32f")
                                      float nValue)

nppsThreshold_GTVal_32fc

@Cast(value="NppStatus")
public static int nppsThreshold_GTVal_32fc(@Const
                                     nppc.Npp32fc pSrc,
                                     nppc.Npp32fc pDst,
                                     int nLength,
                                     @Cast(value="Npp32f")
                                     float nLevel,
                                     @ByVal
                                     nppc.Npp32fc nValue)

32-bit floating point complex number signal NPP_CMP_GREATER threshold with constant level. \param pSrc \ref source_signal_pointer. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \param nLevel Constant threshold value (real part only and must be greater than 0) to be used to limit each signal sample \param nValue Constant value to replace source value when threshold test is true. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsThreshold_GTVal_32fc_I

@Cast(value="NppStatus")
public static int nppsThreshold_GTVal_32fc_I(nppc.Npp32fc pSrcDst,
                                       int nLength,
                                       @Cast(value="Npp32f")
                                       float nLevel,
                                       @ByVal
                                       nppc.Npp32fc nValue)

32-bit in place floating point complex number signal NPP_CMP_GREATER threshold with constant level. \param pSrcDst \ref in_place_signal_pointer. \param nLength \ref length_specification. \param nLevel Constant threshold value (real part only and must be greater than 0) to be used to limit each signal sample \param nValue Constant value to replace source value when threshold test is true. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsThreshold_GTVal_64f

@Cast(value="NppStatus")
public static int nppsThreshold_GTVal_64f(@Cast(value="const Npp64f*")
                                    DoublePointer pSrc,
                                    @Cast(value="Npp64f*")
                                    DoublePointer pDst,
                                    int nLength,
                                    @Cast(value="Npp64f")
                                    double nLevel,
                                    @Cast(value="Npp64f")
                                    double nValue)

64-bit floating point signal NPP_CMP_GREATER threshold with constant level. \param pSrc \ref source_signal_pointer. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \param nLevel Constant threshold value to be used to limit each signal sample \param nValue Constant value to replace source value when threshold test is true. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsThreshold_GTVal_64f

@Cast(value="NppStatus")
public static int nppsThreshold_GTVal_64f(@Cast(value="const Npp64f*")
                                    DoubleBuffer pSrc,
                                    @Cast(value="Npp64f*")
                                    DoubleBuffer pDst,
                                    int nLength,
                                    @Cast(value="Npp64f")
                                    double nLevel,
                                    @Cast(value="Npp64f")
                                    double nValue)

nppsThreshold_GTVal_64f

@Cast(value="NppStatus")
public static int nppsThreshold_GTVal_64f(@Cast(value="const Npp64f*")
                                    double[] pSrc,
                                    @Cast(value="Npp64f*")
                                    double[] pDst,
                                    int nLength,
                                    @Cast(value="Npp64f")
                                    double nLevel,
                                    @Cast(value="Npp64f")
                                    double nValue)

nppsThreshold_GTVal_64f_I

@Cast(value="NppStatus")
public static int nppsThreshold_GTVal_64f_I(@Cast(value="Npp64f*")
                                      DoublePointer pSrcDst,
                                      int nLength,
                                      @Cast(value="Npp64f")
                                      double nLevel,
                                      @Cast(value="Npp64f")
                                      double nValue)

64-bit in place floating point signal NPP_CMP_GREATER threshold with constant level. \param pSrcDst \ref in_place_signal_pointer. \param nLength \ref length_specification. \param nLevel Constant threshold value to be used to limit each signal sample \param nValue Constant value to replace source value when threshold test is true. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsThreshold_GTVal_64f_I

@Cast(value="NppStatus")
public static int nppsThreshold_GTVal_64f_I(@Cast(value="Npp64f*")
                                      DoubleBuffer pSrcDst,
                                      int nLength,
                                      @Cast(value="Npp64f")
                                      double nLevel,
                                      @Cast(value="Npp64f")
                                      double nValue)

nppsThreshold_GTVal_64f_I

@Cast(value="NppStatus")
public static int nppsThreshold_GTVal_64f_I(@Cast(value="Npp64f*")
                                      double[] pSrcDst,
                                      int nLength,
                                      @Cast(value="Npp64f")
                                      double nLevel,
                                      @Cast(value="Npp64f")
                                      double nValue)

nppsThreshold_GTVal_64fc

@Cast(value="NppStatus")
public static int nppsThreshold_GTVal_64fc(@Const
                                     nppc.Npp64fc pSrc,
                                     nppc.Npp64fc pDst,
                                     int nLength,
                                     @Cast(value="Npp64f")
                                     double nLevel,
                                     @ByVal
                                     nppc.Npp64fc nValue)

64-bit floating point complex number signal NPP_CMP_GREATER threshold with constant level. \param pSrc \ref source_signal_pointer. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \param nLevel Constant threshold value (real part only and must be greater than 0) to be used to limit each signal sample \param nValue Constant value to replace source value when threshold test is true. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsThreshold_GTVal_64fc_I

@Cast(value="NppStatus")
public static int nppsThreshold_GTVal_64fc_I(nppc.Npp64fc pSrcDst,
                                       int nLength,
                                       @Cast(value="Npp64f")
                                       double nLevel,
                                       @ByVal
                                       nppc.Npp64fc nValue)

64-bit in place floating point complex number signal NPP_CMP_GREATER threshold with constant level. \param pSrcDst \ref in_place_signal_pointer. \param nLength \ref length_specification. \param nLevel Constant threshold value (real part only and must be greater than 0) to be used to limit each signal sample \param nValue Constant value to replace source value when threshold test is true. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsAddC_8u_ISfs

@Cast(value="NppStatus")
public static int nppsAddC_8u_ISfs(@Cast(value="Npp8u")
                             byte nValue,
                             @Cast(value="Npp8u*")
                             BytePointer pSrcDst,
                             int nLength,
                             int nScaleFactor)

8-bit unsigned char in place signal add constant, scale, then clamp to saturated value \param pSrcDst \ref in_place_signal_pointer. \param nValue Constant value to be added to each vector element \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsAddC_8u_ISfs

@Cast(value="NppStatus")
public static int nppsAddC_8u_ISfs(@Cast(value="Npp8u")
                             byte nValue,
                             @Cast(value="Npp8u*")
                             ByteBuffer pSrcDst,
                             int nLength,
                             int nScaleFactor)

nppsAddC_8u_ISfs

@Cast(value="NppStatus")
public static int nppsAddC_8u_ISfs(@Cast(value="Npp8u")
                             byte nValue,
                             @Cast(value="Npp8u*")
                             byte[] pSrcDst,
                             int nLength,
                             int nScaleFactor)

nppsAddC_8u_Sfs

@Cast(value="NppStatus")
public static int nppsAddC_8u_Sfs(@Cast(value="const Npp8u*")
                            BytePointer pSrc,
                            @Cast(value="Npp8u")
                            byte nValue,
                            @Cast(value="Npp8u*")
                            BytePointer pDst,
                            int nLength,
                            int nScaleFactor)

8-bit unsigned charvector add constant, scale, then clamp to saturated value. \param pSrc \ref source_signal_pointer. \param nValue Constant value to be added to each vector element \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsAddC_8u_Sfs

@Cast(value="NppStatus")
public static int nppsAddC_8u_Sfs(@Cast(value="const Npp8u*")
                            ByteBuffer pSrc,
                            @Cast(value="Npp8u")
                            byte nValue,
                            @Cast(value="Npp8u*")
                            ByteBuffer pDst,
                            int nLength,
                            int nScaleFactor)

nppsAddC_8u_Sfs

@Cast(value="NppStatus")
public static int nppsAddC_8u_Sfs(@Cast(value="const Npp8u*")
                            byte[] pSrc,
                            @Cast(value="Npp8u")
                            byte nValue,
                            @Cast(value="Npp8u*")
                            byte[] pDst,
                            int nLength,
                            int nScaleFactor)

nppsAddC_16u_ISfs

@Cast(value="NppStatus")
public static int nppsAddC_16u_ISfs(@Cast(value="Npp16u")
                              short nValue,
                              @Cast(value="Npp16u*")
                              ShortPointer pSrcDst,
                              int nLength,
                              int nScaleFactor)

16-bit unsigned short in place signal add constant, scale, then clamp to saturated value. \param pSrcDst \ref in_place_signal_pointer. \param nValue Constant value to be added to each vector element \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsAddC_16u_ISfs

@Cast(value="NppStatus")
public static int nppsAddC_16u_ISfs(@Cast(value="Npp16u")
                              short nValue,
                              @Cast(value="Npp16u*")
                              ShortBuffer pSrcDst,
                              int nLength,
                              int nScaleFactor)

nppsAddC_16u_ISfs

@Cast(value="NppStatus")
public static int nppsAddC_16u_ISfs(@Cast(value="Npp16u")
                              short nValue,
                              @Cast(value="Npp16u*")
                              short[] pSrcDst,
                              int nLength,
                              int nScaleFactor)

nppsAddC_16u_Sfs

@Cast(value="NppStatus")
public static int nppsAddC_16u_Sfs(@Cast(value="const Npp16u*")
                             ShortPointer pSrc,
                             @Cast(value="Npp16u")
                             short nValue,
                             @Cast(value="Npp16u*")
                             ShortPointer pDst,
                             int nLength,
                             int nScaleFactor)

16-bit unsigned short vector add constant, scale, then clamp to saturated value. \param pSrc \ref source_signal_pointer. \param nValue Constant value to be added to each vector element \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsAddC_16u_Sfs

@Cast(value="NppStatus")
public static int nppsAddC_16u_Sfs(@Cast(value="const Npp16u*")
                             ShortBuffer pSrc,
                             @Cast(value="Npp16u")
                             short nValue,
                             @Cast(value="Npp16u*")
                             ShortBuffer pDst,
                             int nLength,
                             int nScaleFactor)

nppsAddC_16u_Sfs

@Cast(value="NppStatus")
public static int nppsAddC_16u_Sfs(@Cast(value="const Npp16u*")
                             short[] pSrc,
                             @Cast(value="Npp16u")
                             short nValue,
                             @Cast(value="Npp16u*")
                             short[] pDst,
                             int nLength,
                             int nScaleFactor)

nppsAddC_16s_ISfs

@Cast(value="NppStatus")
public static int nppsAddC_16s_ISfs(@Cast(value="Npp16s")
                              short nValue,
                              @Cast(value="Npp16s*")
                              ShortPointer pSrcDst,
                              int nLength,
                              int nScaleFactor)

16-bit signed short in place signal add constant, scale, then clamp to saturated value. \param pSrcDst \ref in_place_signal_pointer. \param nValue Constant value to be added to each vector element \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsAddC_16s_ISfs

@Cast(value="NppStatus")
public static int nppsAddC_16s_ISfs(@Cast(value="Npp16s")
                              short nValue,
                              @Cast(value="Npp16s*")
                              ShortBuffer pSrcDst,
                              int nLength,
                              int nScaleFactor)

nppsAddC_16s_ISfs

@Cast(value="NppStatus")
public static int nppsAddC_16s_ISfs(@Cast(value="Npp16s")
                              short nValue,
                              @Cast(value="Npp16s*")
                              short[] pSrcDst,
                              int nLength,
                              int nScaleFactor)

nppsAddC_16s_Sfs

@Cast(value="NppStatus")
public static int nppsAddC_16s_Sfs(@Cast(value="const Npp16s*")
                             ShortPointer pSrc,
                             @Cast(value="Npp16s")
                             short nValue,
                             @Cast(value="Npp16s*")
                             ShortPointer pDst,
                             int nLength,
                             int nScaleFactor)

16-bit signed short signal add constant, scale, then clamp to saturated value. \param pSrc \ref source_signal_pointer. \param nValue Constant value to be added to each vector element \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsAddC_16s_Sfs

@Cast(value="NppStatus")
public static int nppsAddC_16s_Sfs(@Cast(value="const Npp16s*")
                             ShortBuffer pSrc,
                             @Cast(value="Npp16s")
                             short nValue,
                             @Cast(value="Npp16s*")
                             ShortBuffer pDst,
                             int nLength,
                             int nScaleFactor)

nppsAddC_16s_Sfs

@Cast(value="NppStatus")
public static int nppsAddC_16s_Sfs(@Cast(value="const Npp16s*")
                             short[] pSrc,
                             @Cast(value="Npp16s")
                             short nValue,
                             @Cast(value="Npp16s*")
                             short[] pDst,
                             int nLength,
                             int nScaleFactor)

nppsAddC_16sc_ISfs
```
@Cast(value="NppStatus")
public static int nppsAddC_16sc_ISfs(@ByVal
                               nppc.Npp16sc nValue,
                               nppc.Npp16sc pSrcDst,
                               int nLength,
                               int nScaleFactor)
```
16-bit integer complex number (16 bit real, 16 bit imaginary)signal add constant, scale, then clamp to saturated value. \param pSrcDst \ref in_place_signal_pointer. \param nValue Constant value to be added to each vector element \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsAddC_16sc_Sfs

@Cast(value="NppStatus")
public static int nppsAddC_16sc_Sfs(@Const
                              nppc.Npp16sc pSrc,
                              @ByVal
                              nppc.Npp16sc nValue,
                              nppc.Npp16sc pDst,
                              int nLength,
                              int nScaleFactor)

16-bit integer complex number (16 bit real, 16 bit imaginary) signal add constant, scale, then clamp to saturated value. \param pSrc \ref source_signal_pointer. \param nValue Constant value to be added to each vector element \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsAddC_32s_ISfs

@Cast(value="NppStatus")
public static int nppsAddC_32s_ISfs(@Cast(value="Npp32s")
                              int nValue,
                              @Cast(value="Npp32s*")
                              IntPointer pSrcDst,
                              int nLength,
                              int nScaleFactor)

32-bit signed integer in place signal add constant and scale. \param pSrcDst \ref in_place_signal_pointer. \param nValue Constant value to be added to each vector element \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsAddC_32s_ISfs

@Cast(value="NppStatus")
public static int nppsAddC_32s_ISfs(@Cast(value="Npp32s")
                              int nValue,
                              @Cast(value="Npp32s*")
                              IntBuffer pSrcDst,
                              int nLength,
                              int nScaleFactor)

nppsAddC_32s_ISfs

@Cast(value="NppStatus")
public static int nppsAddC_32s_ISfs(@Cast(value="Npp32s")
                              int nValue,
                              @Cast(value="Npp32s*")
                              int[] pSrcDst,
                              int nLength,
                              int nScaleFactor)

nppsAddC_32s_Sfs

@Cast(value="NppStatus")
public static int nppsAddC_32s_Sfs(@Cast(value="const Npp32s*")
                             IntPointer pSrc,
                             @Cast(value="Npp32s")
                             int nValue,
                             @Cast(value="Npp32s*")
                             IntPointer pDst,
                             int nLength,
                             int nScaleFactor)

32-bit signed integersignal add constant and scale. \param pSrc \ref source_signal_pointer. \param nValue Constant value to be added to each vector element \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsAddC_32s_Sfs

@Cast(value="NppStatus")
public static int nppsAddC_32s_Sfs(@Cast(value="const Npp32s*")
                             IntBuffer pSrc,
                             @Cast(value="Npp32s")
                             int nValue,
                             @Cast(value="Npp32s*")
                             IntBuffer pDst,
                             int nLength,
                             int nScaleFactor)

nppsAddC_32s_Sfs

@Cast(value="NppStatus")
public static int nppsAddC_32s_Sfs(@Cast(value="const Npp32s*")
                             int[] pSrc,
                             @Cast(value="Npp32s")
                             int nValue,
                             @Cast(value="Npp32s*")
                             int[] pDst,
                             int nLength,
                             int nScaleFactor)

nppsAddC_32sc_ISfs
```
@Cast(value="NppStatus")
public static int nppsAddC_32sc_ISfs(@ByVal
                               nppc.Npp32sc nValue,
                               nppc.Npp32sc pSrcDst,
                               int nLength,
                               int nScaleFactor)
```
32-bit integer complex number (32 bit real, 32 bit imaginary) in place signal add constant and scale. \param pSrcDst \ref in_place_signal_pointer. \param nValue Constant value to be added to each vector element \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsAddC_32sc_Sfs

@Cast(value="NppStatus")
public static int nppsAddC_32sc_Sfs(@Const
                              nppc.Npp32sc pSrc,
                              @ByVal
                              nppc.Npp32sc nValue,
                              nppc.Npp32sc pDst,
                              int nLength,
                              int nScaleFactor)

32-bit integer complex number (32 bit real, 32 bit imaginary) signal add constant and scale. \param pSrc \ref source_signal_pointer. \param nValue Constant value to be added to each vector element \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsAddC_32f_I

@Cast(value="NppStatus")
public static int nppsAddC_32f_I(@Cast(value="Npp32f")
                           float nValue,
                           @Cast(value="Npp32f*")
                           FloatPointer pSrcDst,
                           int nLength)

32-bit floating point in place signal add constant. \param pSrcDst \ref in_place_signal_pointer. \param nValue Constant value to be added to each vector element \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsAddC_32f_I

@Cast(value="NppStatus")
public static int nppsAddC_32f_I(@Cast(value="Npp32f")
                           float nValue,
                           @Cast(value="Npp32f*")
                           FloatBuffer pSrcDst,
                           int nLength)

nppsAddC_32f_I

@Cast(value="NppStatus")
public static int nppsAddC_32f_I(@Cast(value="Npp32f")
                           float nValue,
                           @Cast(value="Npp32f*")
                           float[] pSrcDst,
                           int nLength)

nppsAddC_32f

@Cast(value="NppStatus")
public static int nppsAddC_32f(@Cast(value="const Npp32f*")
                         FloatPointer pSrc,
                         @Cast(value="Npp32f")
                         float nValue,
                         @Cast(value="Npp32f*")
                         FloatPointer pDst,
                         int nLength)

32-bit floating point signal add constant. \param pSrc \ref source_signal_pointer. \param nValue Constant value to be added to each vector element \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsAddC_32f

@Cast(value="NppStatus")
public static int nppsAddC_32f(@Cast(value="const Npp32f*")
                         FloatBuffer pSrc,
                         @Cast(value="Npp32f")
                         float nValue,
                         @Cast(value="Npp32f*")
                         FloatBuffer pDst,
                         int nLength)

nppsAddC_32f

@Cast(value="NppStatus")
public static int nppsAddC_32f(@Cast(value="const Npp32f*")
                         float[] pSrc,
                         @Cast(value="Npp32f")
                         float nValue,
                         @Cast(value="Npp32f*")
                         float[] pDst,
                         int nLength)

nppsAddC_32fc_I
```
@Cast(value="NppStatus")
public static int nppsAddC_32fc_I(@ByVal
                            nppc.Npp32fc nValue,
                            nppc.Npp32fc pSrcDst,
                            int nLength)
```
32-bit floating point complex number (32 bit real, 32 bit imaginary) in place signal add constant. \param pSrcDst \ref in_place_signal_pointer. \param nValue Constant value to be added to each vector element \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsAddC_32fc

@Cast(value="NppStatus")
public static int nppsAddC_32fc(@Const
                          nppc.Npp32fc pSrc,
                          @ByVal
                          nppc.Npp32fc nValue,
                          nppc.Npp32fc pDst,
                          int nLength)

32-bit floating point complex number (32 bit real, 32 bit imaginary) signal add constant. \param pSrc \ref source_signal_pointer. \param nValue Constant value to be added to each vector element \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsAddC_64f_I

@Cast(value="NppStatus")
public static int nppsAddC_64f_I(@Cast(value="Npp64f")
                           double nValue,
                           @Cast(value="Npp64f*")
                           DoublePointer pSrcDst,
                           int nLength)

64-bit floating point, in place signal add constant. \param pSrcDst \ref in_place_signal_pointer. \param nValue Constant value to be added to each vector element \param nLength Length of the vectors, number of items. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsAddC_64f_I

@Cast(value="NppStatus")
public static int nppsAddC_64f_I(@Cast(value="Npp64f")
                           double nValue,
                           @Cast(value="Npp64f*")
                           DoubleBuffer pSrcDst,
                           int nLength)

nppsAddC_64f_I

@Cast(value="NppStatus")
public static int nppsAddC_64f_I(@Cast(value="Npp64f")
                           double nValue,
                           @Cast(value="Npp64f*")
                           double[] pSrcDst,
                           int nLength)

nppsAddC_64f

@Cast(value="NppStatus")
public static int nppsAddC_64f(@Cast(value="const Npp64f*")
                         DoublePointer pSrc,
                         @Cast(value="Npp64f")
                         double nValue,
                         @Cast(value="Npp64f*")
                         DoublePointer pDst,
                         int nLength)

64-bit floating pointsignal add constant. \param pSrc \ref source_signal_pointer. \param nValue Constant value to be added to each vector element \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsAddC_64f

@Cast(value="NppStatus")
public static int nppsAddC_64f(@Cast(value="const Npp64f*")
                         DoubleBuffer pSrc,
                         @Cast(value="Npp64f")
                         double nValue,
                         @Cast(value="Npp64f*")
                         DoubleBuffer pDst,
                         int nLength)

nppsAddC_64f

@Cast(value="NppStatus")
public static int nppsAddC_64f(@Cast(value="const Npp64f*")
                         double[] pSrc,
                         @Cast(value="Npp64f")
                         double nValue,
                         @Cast(value="Npp64f*")
                         double[] pDst,
                         int nLength)

nppsAddC_64fc_I
```
@Cast(value="NppStatus")
public static int nppsAddC_64fc_I(@ByVal
                            nppc.Npp64fc nValue,
                            nppc.Npp64fc pSrcDst,
                            int nLength)
```
64-bit floating point complex number (64 bit real, 64 bit imaginary) in place signal add constant. \param pSrcDst \ref in_place_signal_pointer. \param nValue Constant value to be added to each vector element \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsAddC_64fc

@Cast(value="NppStatus")
public static int nppsAddC_64fc(@Const
                          nppc.Npp64fc pSrc,
                          @ByVal
                          nppc.Npp64fc nValue,
                          nppc.Npp64fc pDst,
                          int nLength)

64-bit floating point complex number (64 bit real, 64 bit imaginary) signal add constant. \param pSrc \ref source_signal_pointer. \param nValue Constant value to be added to each vector element \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsAddProductC_32f

@Cast(value="NppStatus")
public static int nppsAddProductC_32f(@Cast(value="const Npp32f*")
                                FloatPointer pSrc,
                                @Cast(value="Npp32f")
                                float nValue,
                                @Cast(value="Npp32f*")
                                FloatPointer pDst,
                                int nLength)

32-bit floating point signal add product of signal times constant to destination signal. \param pSrc \ref source_signal_pointer. \param nValue Constant value to be multiplied by each vector element \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsAddProductC_32f

@Cast(value="NppStatus")
public static int nppsAddProductC_32f(@Cast(value="const Npp32f*")
                                FloatBuffer pSrc,
                                @Cast(value="Npp32f")
                                float nValue,
                                @Cast(value="Npp32f*")
                                FloatBuffer pDst,
                                int nLength)

nppsAddProductC_32f

@Cast(value="NppStatus")
public static int nppsAddProductC_32f(@Cast(value="const Npp32f*")
                                float[] pSrc,
                                @Cast(value="Npp32f")
                                float nValue,
                                @Cast(value="Npp32f*")
                                float[] pDst,
                                int nLength)

nppsMulC_8u_ISfs

@Cast(value="NppStatus")
public static int nppsMulC_8u_ISfs(@Cast(value="Npp8u")
                             byte nValue,
                             @Cast(value="Npp8u*")
                             BytePointer pSrcDst,
                             int nLength,
                             int nScaleFactor)

8-bit unsigned char in place signal times constant, scale, then clamp to saturated value \param pSrcDst \ref in_place_signal_pointer. \param nValue Constant value to be multiplied by each vector element \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMulC_8u_ISfs

@Cast(value="NppStatus")
public static int nppsMulC_8u_ISfs(@Cast(value="Npp8u")
                             byte nValue,
                             @Cast(value="Npp8u*")
                             ByteBuffer pSrcDst,
                             int nLength,
                             int nScaleFactor)

nppsMulC_8u_ISfs

@Cast(value="NppStatus")
public static int nppsMulC_8u_ISfs(@Cast(value="Npp8u")
                             byte nValue,
                             @Cast(value="Npp8u*")
                             byte[] pSrcDst,
                             int nLength,
                             int nScaleFactor)

nppsMulC_8u_Sfs

@Cast(value="NppStatus")
public static int nppsMulC_8u_Sfs(@Cast(value="const Npp8u*")
                            BytePointer pSrc,
                            @Cast(value="Npp8u")
                            byte nValue,
                            @Cast(value="Npp8u*")
                            BytePointer pDst,
                            int nLength,
                            int nScaleFactor)

8-bit unsigned char signal times constant, scale, then clamp to saturated value. \param pSrc \ref source_signal_pointer. \param nValue Constant value to be multiplied by each vector element \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMulC_8u_Sfs

@Cast(value="NppStatus")
public static int nppsMulC_8u_Sfs(@Cast(value="const Npp8u*")
                            ByteBuffer pSrc,
                            @Cast(value="Npp8u")
                            byte nValue,
                            @Cast(value="Npp8u*")
                            ByteBuffer pDst,
                            int nLength,
                            int nScaleFactor)

nppsMulC_8u_Sfs

@Cast(value="NppStatus")
public static int nppsMulC_8u_Sfs(@Cast(value="const Npp8u*")
                            byte[] pSrc,
                            @Cast(value="Npp8u")
                            byte nValue,
                            @Cast(value="Npp8u*")
                            byte[] pDst,
                            int nLength,
                            int nScaleFactor)

nppsMulC_16u_ISfs

@Cast(value="NppStatus")
public static int nppsMulC_16u_ISfs(@Cast(value="Npp16u")
                              short nValue,
                              @Cast(value="Npp16u*")
                              ShortPointer pSrcDst,
                              int nLength,
                              int nScaleFactor)

16-bit unsigned short in place signal times constant, scale, then clamp to saturated value. \param pSrcDst \ref in_place_signal_pointer. \param nValue Constant value to be multiplied by each vector element \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMulC_16u_ISfs

@Cast(value="NppStatus")
public static int nppsMulC_16u_ISfs(@Cast(value="Npp16u")
                              short nValue,
                              @Cast(value="Npp16u*")
                              ShortBuffer pSrcDst,
                              int nLength,
                              int nScaleFactor)

nppsMulC_16u_ISfs

@Cast(value="NppStatus")
public static int nppsMulC_16u_ISfs(@Cast(value="Npp16u")
                              short nValue,
                              @Cast(value="Npp16u*")
                              short[] pSrcDst,
                              int nLength,
                              int nScaleFactor)

nppsMulC_16u_Sfs

@Cast(value="NppStatus")
public static int nppsMulC_16u_Sfs(@Cast(value="const Npp16u*")
                             ShortPointer pSrc,
                             @Cast(value="Npp16u")
                             short nValue,
                             @Cast(value="Npp16u*")
                             ShortPointer pDst,
                             int nLength,
                             int nScaleFactor)

16-bit unsigned short signal times constant, scale, then clamp to saturated value. \param pSrc \ref source_signal_pointer. \param nValue Constant value to be multiplied by each vector element \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMulC_16u_Sfs

@Cast(value="NppStatus")
public static int nppsMulC_16u_Sfs(@Cast(value="const Npp16u*")
                             ShortBuffer pSrc,
                             @Cast(value="Npp16u")
                             short nValue,
                             @Cast(value="Npp16u*")
                             ShortBuffer pDst,
                             int nLength,
                             int nScaleFactor)

nppsMulC_16u_Sfs

@Cast(value="NppStatus")
public static int nppsMulC_16u_Sfs(@Cast(value="const Npp16u*")
                             short[] pSrc,
                             @Cast(value="Npp16u")
                             short nValue,
                             @Cast(value="Npp16u*")
                             short[] pDst,
                             int nLength,
                             int nScaleFactor)

nppsMulC_16s_ISfs

@Cast(value="NppStatus")
public static int nppsMulC_16s_ISfs(@Cast(value="Npp16s")
                              short nValue,
                              @Cast(value="Npp16s*")
                              ShortPointer pSrcDst,
                              int nLength,
                              int nScaleFactor)

16-bit signed short in place signal times constant, scale, then clamp to saturated value. \param pSrcDst \ref in_place_signal_pointer. \param nValue Constant value to be multiplied by each vector element \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMulC_16s_ISfs

@Cast(value="NppStatus")
public static int nppsMulC_16s_ISfs(@Cast(value="Npp16s")
                              short nValue,
                              @Cast(value="Npp16s*")
                              ShortBuffer pSrcDst,
                              int nLength,
                              int nScaleFactor)

nppsMulC_16s_ISfs

@Cast(value="NppStatus")
public static int nppsMulC_16s_ISfs(@Cast(value="Npp16s")
                              short nValue,
                              @Cast(value="Npp16s*")
                              short[] pSrcDst,
                              int nLength,
                              int nScaleFactor)

nppsMulC_16s_Sfs

@Cast(value="NppStatus")
public static int nppsMulC_16s_Sfs(@Cast(value="const Npp16s*")
                             ShortPointer pSrc,
                             @Cast(value="Npp16s")
                             short nValue,
                             @Cast(value="Npp16s*")
                             ShortPointer pDst,
                             int nLength,
                             int nScaleFactor)

16-bit signed short signal times constant, scale, then clamp to saturated value. \param pSrc \ref source_signal_pointer. \param nValue Constant value to be multiplied by each vector element \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMulC_16s_Sfs

@Cast(value="NppStatus")
public static int nppsMulC_16s_Sfs(@Cast(value="const Npp16s*")
                             ShortBuffer pSrc,
                             @Cast(value="Npp16s")
                             short nValue,
                             @Cast(value="Npp16s*")
                             ShortBuffer pDst,
                             int nLength,
                             int nScaleFactor)

nppsMulC_16s_Sfs

@Cast(value="NppStatus")
public static int nppsMulC_16s_Sfs(@Cast(value="const Npp16s*")
                             short[] pSrc,
                             @Cast(value="Npp16s")
                             short nValue,
                             @Cast(value="Npp16s*")
                             short[] pDst,
                             int nLength,
                             int nScaleFactor)

nppsMulC_16sc_ISfs
```
@Cast(value="NppStatus")
public static int nppsMulC_16sc_ISfs(@ByVal
                               nppc.Npp16sc nValue,
                               nppc.Npp16sc pSrcDst,
                               int nLength,
                               int nScaleFactor)
```
16-bit integer complex number (16 bit real, 16 bit imaginary)signal times constant, scale, then clamp to saturated value. \param pSrcDst \ref in_place_signal_pointer. \param nValue Constant value to be multiplied by each vector element \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMulC_16sc_Sfs

@Cast(value="NppStatus")
public static int nppsMulC_16sc_Sfs(@Const
                              nppc.Npp16sc pSrc,
                              @ByVal
                              nppc.Npp16sc nValue,
                              nppc.Npp16sc pDst,
                              int nLength,
                              int nScaleFactor)

16-bit integer complex number (16 bit real, 16 bit imaginary)signal times constant, scale, then clamp to saturated value. \param pSrc \ref source_signal_pointer. \param nValue Constant value to be multiplied by each vector element \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMulC_32s_ISfs

@Cast(value="NppStatus")
public static int nppsMulC_32s_ISfs(@Cast(value="Npp32s")
                              int nValue,
                              @Cast(value="Npp32s*")
                              IntPointer pSrcDst,
                              int nLength,
                              int nScaleFactor)

32-bit signed integer in place signal times constant and scale. \param pSrcDst \ref in_place_signal_pointer. \param nValue Constant value to be multiplied by each vector element \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMulC_32s_ISfs

@Cast(value="NppStatus")
public static int nppsMulC_32s_ISfs(@Cast(value="Npp32s")
                              int nValue,
                              @Cast(value="Npp32s*")
                              IntBuffer pSrcDst,
                              int nLength,
                              int nScaleFactor)

nppsMulC_32s_ISfs

@Cast(value="NppStatus")
public static int nppsMulC_32s_ISfs(@Cast(value="Npp32s")
                              int nValue,
                              @Cast(value="Npp32s*")
                              int[] pSrcDst,
                              int nLength,
                              int nScaleFactor)

nppsMulC_32s_Sfs

@Cast(value="NppStatus")
public static int nppsMulC_32s_Sfs(@Cast(value="const Npp32s*")
                             IntPointer pSrc,
                             @Cast(value="Npp32s")
                             int nValue,
                             @Cast(value="Npp32s*")
                             IntPointer pDst,
                             int nLength,
                             int nScaleFactor)

32-bit signed integer signal times constant and scale. \param pSrc \ref source_signal_pointer. \param nValue Constant value to be multiplied by each vector element \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMulC_32s_Sfs

@Cast(value="NppStatus")
public static int nppsMulC_32s_Sfs(@Cast(value="const Npp32s*")
                             IntBuffer pSrc,
                             @Cast(value="Npp32s")
                             int nValue,
                             @Cast(value="Npp32s*")
                             IntBuffer pDst,
                             int nLength,
                             int nScaleFactor)

nppsMulC_32s_Sfs

@Cast(value="NppStatus")
public static int nppsMulC_32s_Sfs(@Cast(value="const Npp32s*")
                             int[] pSrc,
                             @Cast(value="Npp32s")
                             int nValue,
                             @Cast(value="Npp32s*")
                             int[] pDst,
                             int nLength,
                             int nScaleFactor)

nppsMulC_32sc_ISfs
```
@Cast(value="NppStatus")
public static int nppsMulC_32sc_ISfs(@ByVal
                               nppc.Npp32sc nValue,
                               nppc.Npp32sc pSrcDst,
                               int nLength,
                               int nScaleFactor)
```
32-bit integer complex number (32 bit real, 32 bit imaginary) in place signal times constant and scale. \param pSrcDst \ref in_place_signal_pointer. \param nValue Constant value to be multiplied by each vector element \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMulC_32sc_Sfs

@Cast(value="NppStatus")
public static int nppsMulC_32sc_Sfs(@Const
                              nppc.Npp32sc pSrc,
                              @ByVal
                              nppc.Npp32sc nValue,
                              nppc.Npp32sc pDst,
                              int nLength,
                              int nScaleFactor)

32-bit integer complex number (32 bit real, 32 bit imaginary) signal times constant and scale. \param pSrc \ref source_signal_pointer. \param nValue Constant value to be multiplied by each vector element \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMulC_32f_I

@Cast(value="NppStatus")
public static int nppsMulC_32f_I(@Cast(value="Npp32f")
                           float nValue,
                           @Cast(value="Npp32f*")
                           FloatPointer pSrcDst,
                           int nLength)

32-bit floating point in place signal times constant. \param pSrcDst \ref in_place_signal_pointer. \param nValue Constant value to be multiplied by each vector element \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMulC_32f_I

@Cast(value="NppStatus")
public static int nppsMulC_32f_I(@Cast(value="Npp32f")
                           float nValue,
                           @Cast(value="Npp32f*")
                           FloatBuffer pSrcDst,
                           int nLength)

nppsMulC_32f_I

@Cast(value="NppStatus")
public static int nppsMulC_32f_I(@Cast(value="Npp32f")
                           float nValue,
                           @Cast(value="Npp32f*")
                           float[] pSrcDst,
                           int nLength)

nppsMulC_32f

@Cast(value="NppStatus")
public static int nppsMulC_32f(@Cast(value="const Npp32f*")
                         FloatPointer pSrc,
                         @Cast(value="Npp32f")
                         float nValue,
                         @Cast(value="Npp32f*")
                         FloatPointer pDst,
                         int nLength)

32-bit floating point signal times constant. \param pSrc \ref source_signal_pointer. \param nValue Constant value to be multiplied by each vector element \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMulC_32f

@Cast(value="NppStatus")
public static int nppsMulC_32f(@Cast(value="const Npp32f*")
                         FloatBuffer pSrc,
                         @Cast(value="Npp32f")
                         float nValue,
                         @Cast(value="Npp32f*")
                         FloatBuffer pDst,
                         int nLength)

nppsMulC_32f

@Cast(value="NppStatus")
public static int nppsMulC_32f(@Cast(value="const Npp32f*")
                         float[] pSrc,
                         @Cast(value="Npp32f")
                         float nValue,
                         @Cast(value="Npp32f*")
                         float[] pDst,
                         int nLength)

nppsMulC_Low_32f16s

@Cast(value="NppStatus")
public static int nppsMulC_Low_32f16s(@Cast(value="const Npp32f*")
                                FloatPointer pSrc,
                                @Cast(value="Npp32f")
                                float nValue,
                                @Cast(value="Npp16s*")
                                ShortPointer pDst,
                                int nLength)

32-bit floating point signal times constant with output converted to 16-bit signed integer. \param pSrc \ref source_signal_pointer. \param nValue Constant value to be multiplied by each vector element \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMulC_Low_32f16s

@Cast(value="NppStatus")
public static int nppsMulC_Low_32f16s(@Cast(value="const Npp32f*")
                                FloatBuffer pSrc,
                                @Cast(value="Npp32f")
                                float nValue,
                                @Cast(value="Npp16s*")
                                ShortBuffer pDst,
                                int nLength)

nppsMulC_Low_32f16s

@Cast(value="NppStatus")
public static int nppsMulC_Low_32f16s(@Cast(value="const Npp32f*")
                                float[] pSrc,
                                @Cast(value="Npp32f")
                                float nValue,
                                @Cast(value="Npp16s*")
                                short[] pDst,
                                int nLength)

nppsMulC_32f16s_Sfs

@Cast(value="NppStatus")
public static int nppsMulC_32f16s_Sfs(@Cast(value="const Npp32f*")
                                FloatPointer pSrc,
                                @Cast(value="Npp32f")
                                float nValue,
                                @Cast(value="Npp16s*")
                                ShortPointer pDst,
                                int nLength,
                                int nScaleFactor)

32-bit floating point signal times constant with output converted to 16-bit signed integer with scaling and saturation of output result. \param pSrc \ref source_signal_pointer. \param nValue Constant value to be multiplied by each vector element \param pDst \ref destination_signal_pointer. \param nScaleFactor \ref integer_result_scaling. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMulC_32f16s_Sfs

@Cast(value="NppStatus")
public static int nppsMulC_32f16s_Sfs(@Cast(value="const Npp32f*")
                                FloatBuffer pSrc,
                                @Cast(value="Npp32f")
                                float nValue,
                                @Cast(value="Npp16s*")
                                ShortBuffer pDst,
                                int nLength,
                                int nScaleFactor)

nppsMulC_32f16s_Sfs

@Cast(value="NppStatus")
public static int nppsMulC_32f16s_Sfs(@Cast(value="const Npp32f*")
                                float[] pSrc,
                                @Cast(value="Npp32f")
                                float nValue,
                                @Cast(value="Npp16s*")
                                short[] pDst,
                                int nLength,
                                int nScaleFactor)

nppsMulC_32fc_I
```
@Cast(value="NppStatus")
public static int nppsMulC_32fc_I(@ByVal
                            nppc.Npp32fc nValue,
                            nppc.Npp32fc pSrcDst,
                            int nLength)
```
32-bit floating point complex number (32 bit real, 32 bit imaginary) in place signal times constant. \param pSrcDst \ref in_place_signal_pointer. \param nValue Constant value to be multiplied by each vector element \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMulC_32fc

@Cast(value="NppStatus")
public static int nppsMulC_32fc(@Const
                          nppc.Npp32fc pSrc,
                          @ByVal
                          nppc.Npp32fc nValue,
                          nppc.Npp32fc pDst,
                          int nLength)

32-bit floating point complex number (32 bit real, 32 bit imaginary) signal times constant. \param pSrc \ref source_signal_pointer. \param nValue Constant value to be multiplied by each vector element \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMulC_64f_I

@Cast(value="NppStatus")
public static int nppsMulC_64f_I(@Cast(value="Npp64f")
                           double nValue,
                           @Cast(value="Npp64f*")
                           DoublePointer pSrcDst,
                           int nLength)

64-bit floating point, in place signal times constant. \param pSrcDst \ref in_place_signal_pointer. \param nValue Constant value to be multiplied by each vector element \param nLength Length of the vectors, number of items. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMulC_64f_I

@Cast(value="NppStatus")
public static int nppsMulC_64f_I(@Cast(value="Npp64f")
                           double nValue,
                           @Cast(value="Npp64f*")
                           DoubleBuffer pSrcDst,
                           int nLength)

nppsMulC_64f_I

@Cast(value="NppStatus")
public static int nppsMulC_64f_I(@Cast(value="Npp64f")
                           double nValue,
                           @Cast(value="Npp64f*")
                           double[] pSrcDst,
                           int nLength)

nppsMulC_64f

@Cast(value="NppStatus")
public static int nppsMulC_64f(@Cast(value="const Npp64f*")
                         DoublePointer pSrc,
                         @Cast(value="Npp64f")
                         double nValue,
                         @Cast(value="Npp64f*")
                         DoublePointer pDst,
                         int nLength)

64-bit floating point signal times constant. \param pSrc \ref source_signal_pointer. \param nValue Constant value to be multiplied by each vector element \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMulC_64f

@Cast(value="NppStatus")
public static int nppsMulC_64f(@Cast(value="const Npp64f*")
                         DoubleBuffer pSrc,
                         @Cast(value="Npp64f")
                         double nValue,
                         @Cast(value="Npp64f*")
                         DoubleBuffer pDst,
                         int nLength)

nppsMulC_64f

@Cast(value="NppStatus")
public static int nppsMulC_64f(@Cast(value="const Npp64f*")
                         double[] pSrc,
                         @Cast(value="Npp64f")
                         double nValue,
                         @Cast(value="Npp64f*")
                         double[] pDst,
                         int nLength)

nppsMulC_64f64s_ISfs
```
@Cast(value="NppStatus")
public static int nppsMulC_64f64s_ISfs(@Cast(value="Npp64f")
                                 double nValue,
                                 @Cast(value="Npp64s*")
                                 LongPointer pDst,
                                 int nLength,
                                 int nScaleFactor)
```
64-bit floating point signal times constant with in place conversion to 64-bit signed integer and with scaling and saturation of output result. \param nValue Constant value to be multiplied by each vector element \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMulC_64f64s_ISfs

@Cast(value="NppStatus")
public static int nppsMulC_64f64s_ISfs(@Cast(value="Npp64f")
                                 double nValue,
                                 @Cast(value="Npp64s*")
                                 LongBuffer pDst,
                                 int nLength,
                                 int nScaleFactor)

nppsMulC_64f64s_ISfs

@Cast(value="NppStatus")
public static int nppsMulC_64f64s_ISfs(@Cast(value="Npp64f")
                                 double nValue,
                                 @Cast(value="Npp64s*")
                                 long[] pDst,
                                 int nLength,
                                 int nScaleFactor)

nppsMulC_64fc_I
```
@Cast(value="NppStatus")
public static int nppsMulC_64fc_I(@ByVal
                            nppc.Npp64fc nValue,
                            nppc.Npp64fc pSrcDst,
                            int nLength)
```
64-bit floating point complex number (64 bit real, 64 bit imaginary) in place signal times constant. \param pSrcDst \ref in_place_signal_pointer. \param nValue Constant value to be multiplied by each vector element \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMulC_64fc

@Cast(value="NppStatus")
public static int nppsMulC_64fc(@Const
                          nppc.Npp64fc pSrc,
                          @ByVal
                          nppc.Npp64fc nValue,
                          nppc.Npp64fc pDst,
                          int nLength)

64-bit floating point complex number (64 bit real, 64 bit imaginary) signal times constant. \param pSrc \ref source_signal_pointer. \param nValue Constant value to be multiplied by each vector element \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsSubC_8u_ISfs
```
@Cast(value="NppStatus")
public static int nppsSubC_8u_ISfs(@Cast(value="Npp8u")
                             byte nValue,
                             @Cast(value="Npp8u*")
                             BytePointer pSrcDst,
                             int nLength,
                             int nScaleFactor)
```
8-bit unsigned char in place signal subtract constant, scale, then clamp to saturated value \param pSrcDst \ref in_place_signal_pointer. \param nValue Constant value to be subtracted from each vector element \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsSubC_8u_ISfs

@Cast(value="NppStatus")
public static int nppsSubC_8u_ISfs(@Cast(value="Npp8u")
                             byte nValue,
                             @Cast(value="Npp8u*")
                             ByteBuffer pSrcDst,
                             int nLength,
                             int nScaleFactor)

nppsSubC_8u_ISfs

@Cast(value="NppStatus")
public static int nppsSubC_8u_ISfs(@Cast(value="Npp8u")
                             byte nValue,
                             @Cast(value="Npp8u*")
                             byte[] pSrcDst,
                             int nLength,
                             int nScaleFactor)

nppsSubC_8u_Sfs

@Cast(value="NppStatus")
public static int nppsSubC_8u_Sfs(@Cast(value="const Npp8u*")
                            BytePointer pSrc,
                            @Cast(value="Npp8u")
                            byte nValue,
                            @Cast(value="Npp8u*")
                            BytePointer pDst,
                            int nLength,
                            int nScaleFactor)

8-bit unsigned char signal subtract constant, scale, then clamp to saturated value. \param pSrc \ref source_signal_pointer. \param nValue Constant value to be subtracted from each vector element \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsSubC_8u_Sfs

@Cast(value="NppStatus")
public static int nppsSubC_8u_Sfs(@Cast(value="const Npp8u*")
                            ByteBuffer pSrc,
                            @Cast(value="Npp8u")
                            byte nValue,
                            @Cast(value="Npp8u*")
                            ByteBuffer pDst,
                            int nLength,
                            int nScaleFactor)

nppsSubC_8u_Sfs

@Cast(value="NppStatus")
public static int nppsSubC_8u_Sfs(@Cast(value="const Npp8u*")
                            byte[] pSrc,
                            @Cast(value="Npp8u")
                            byte nValue,
                            @Cast(value="Npp8u*")
                            byte[] pDst,
                            int nLength,
                            int nScaleFactor)

nppsSubC_16u_ISfs

@Cast(value="NppStatus")
public static int nppsSubC_16u_ISfs(@Cast(value="Npp16u")
                              short nValue,
                              @Cast(value="Npp16u*")
                              ShortPointer pSrcDst,
                              int nLength,
                              int nScaleFactor)

16-bit unsigned short in place signal subtract constant, scale, then clamp to saturated value. \param pSrcDst \ref in_place_signal_pointer. \param nValue Constant value to be subtracted from each vector element \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsSubC_16u_ISfs

@Cast(value="NppStatus")
public static int nppsSubC_16u_ISfs(@Cast(value="Npp16u")
                              short nValue,
                              @Cast(value="Npp16u*")
                              ShortBuffer pSrcDst,
                              int nLength,
                              int nScaleFactor)

nppsSubC_16u_ISfs

@Cast(value="NppStatus")
public static int nppsSubC_16u_ISfs(@Cast(value="Npp16u")
                              short nValue,
                              @Cast(value="Npp16u*")
                              short[] pSrcDst,
                              int nLength,
                              int nScaleFactor)

nppsSubC_16u_Sfs

@Cast(value="NppStatus")
public static int nppsSubC_16u_Sfs(@Cast(value="const Npp16u*")
                             ShortPointer pSrc,
                             @Cast(value="Npp16u")
                             short nValue,
                             @Cast(value="Npp16u*")
                             ShortPointer pDst,
                             int nLength,
                             int nScaleFactor)

16-bit unsigned short signal subtract constant, scale, then clamp to saturated value. \param pSrc \ref source_signal_pointer. \param nValue Constant value to be subtracted from each vector element \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsSubC_16u_Sfs

@Cast(value="NppStatus")
public static int nppsSubC_16u_Sfs(@Cast(value="const Npp16u*")
                             ShortBuffer pSrc,
                             @Cast(value="Npp16u")
                             short nValue,
                             @Cast(value="Npp16u*")
                             ShortBuffer pDst,
                             int nLength,
                             int nScaleFactor)

nppsSubC_16u_Sfs

@Cast(value="NppStatus")
public static int nppsSubC_16u_Sfs(@Cast(value="const Npp16u*")
                             short[] pSrc,
                             @Cast(value="Npp16u")
                             short nValue,
                             @Cast(value="Npp16u*")
                             short[] pDst,
                             int nLength,
                             int nScaleFactor)

nppsSubC_16s_ISfs

@Cast(value="NppStatus")
public static int nppsSubC_16s_ISfs(@Cast(value="Npp16s")
                              short nValue,
                              @Cast(value="Npp16s*")
                              ShortPointer pSrcDst,
                              int nLength,
                              int nScaleFactor)

16-bit signed short in place signal subtract constant, scale, then clamp to saturated value. \param pSrcDst \ref in_place_signal_pointer. \param nValue Constant value to be subtracted from each vector element \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsSubC_16s_ISfs

@Cast(value="NppStatus")
public static int nppsSubC_16s_ISfs(@Cast(value="Npp16s")
                              short nValue,
                              @Cast(value="Npp16s*")
                              ShortBuffer pSrcDst,
                              int nLength,
                              int nScaleFactor)

nppsSubC_16s_ISfs

@Cast(value="NppStatus")
public static int nppsSubC_16s_ISfs(@Cast(value="Npp16s")
                              short nValue,
                              @Cast(value="Npp16s*")
                              short[] pSrcDst,
                              int nLength,
                              int nScaleFactor)

nppsSubC_16s_Sfs

@Cast(value="NppStatus")
public static int nppsSubC_16s_Sfs(@Cast(value="const Npp16s*")
                             ShortPointer pSrc,
                             @Cast(value="Npp16s")
                             short nValue,
                             @Cast(value="Npp16s*")
                             ShortPointer pDst,
                             int nLength,
                             int nScaleFactor)

16-bit signed short signal subtract constant, scale, then clamp to saturated value. \param pSrc \ref source_signal_pointer. \param nValue Constant value to be subtracted from each vector element \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsSubC_16s_Sfs

@Cast(value="NppStatus")
public static int nppsSubC_16s_Sfs(@Cast(value="const Npp16s*")
                             ShortBuffer pSrc,
                             @Cast(value="Npp16s")
                             short nValue,
                             @Cast(value="Npp16s*")
                             ShortBuffer pDst,
                             int nLength,
                             int nScaleFactor)

nppsSubC_16s_Sfs

@Cast(value="NppStatus")
public static int nppsSubC_16s_Sfs(@Cast(value="const Npp16s*")
                             short[] pSrc,
                             @Cast(value="Npp16s")
                             short nValue,
                             @Cast(value="Npp16s*")
                             short[] pDst,
                             int nLength,
                             int nScaleFactor)

nppsSubC_16sc_ISfs
```
@Cast(value="NppStatus")
public static int nppsSubC_16sc_ISfs(@ByVal
                               nppc.Npp16sc nValue,
                               nppc.Npp16sc pSrcDst,
                               int nLength,
                               int nScaleFactor)
```
16-bit integer complex number (16 bit real, 16 bit imaginary) signal subtract constant, scale, then clamp to saturated value. \param pSrcDst \ref in_place_signal_pointer. \param nValue Constant value to be subtracted from each vector element \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsSubC_16sc_Sfs

@Cast(value="NppStatus")
public static int nppsSubC_16sc_Sfs(@Const
                              nppc.Npp16sc pSrc,
                              @ByVal
                              nppc.Npp16sc nValue,
                              nppc.Npp16sc pDst,
                              int nLength,
                              int nScaleFactor)

16-bit integer complex number (16 bit real, 16 bit imaginary) signal subtract constant, scale, then clamp to saturated value. \param pSrc \ref source_signal_pointer. \param nValue Constant value to be subtracted from each vector element \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsSubC_32s_ISfs

@Cast(value="NppStatus")
public static int nppsSubC_32s_ISfs(@Cast(value="Npp32s")
                              int nValue,
                              @Cast(value="Npp32s*")
                              IntPointer pSrcDst,
                              int nLength,
                              int nScaleFactor)

32-bit signed integer in place signal subtract constant and scale. \param pSrcDst \ref in_place_signal_pointer. \param nValue Constant value to be subtracted from each vector element \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsSubC_32s_ISfs

@Cast(value="NppStatus")
public static int nppsSubC_32s_ISfs(@Cast(value="Npp32s")
                              int nValue,
                              @Cast(value="Npp32s*")
                              IntBuffer pSrcDst,
                              int nLength,
                              int nScaleFactor)

nppsSubC_32s_ISfs

@Cast(value="NppStatus")
public static int nppsSubC_32s_ISfs(@Cast(value="Npp32s")
                              int nValue,
                              @Cast(value="Npp32s*")
                              int[] pSrcDst,
                              int nLength,
                              int nScaleFactor)

nppsSubC_32s_Sfs

@Cast(value="NppStatus")
public static int nppsSubC_32s_Sfs(@Cast(value="const Npp32s*")
                             IntPointer pSrc,
                             @Cast(value="Npp32s")
                             int nValue,
                             @Cast(value="Npp32s*")
                             IntPointer pDst,
                             int nLength,
                             int nScaleFactor)

32-bit signed integer signal subtract constant and scale. \param pSrc \ref source_signal_pointer. \param nValue Constant value to be subtracted from each vector element \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsSubC_32s_Sfs

@Cast(value="NppStatus")
public static int nppsSubC_32s_Sfs(@Cast(value="const Npp32s*")
                             IntBuffer pSrc,
                             @Cast(value="Npp32s")
                             int nValue,
                             @Cast(value="Npp32s*")
                             IntBuffer pDst,
                             int nLength,
                             int nScaleFactor)

nppsSubC_32s_Sfs

@Cast(value="NppStatus")
public static int nppsSubC_32s_Sfs(@Cast(value="const Npp32s*")
                             int[] pSrc,
                             @Cast(value="Npp32s")
                             int nValue,
                             @Cast(value="Npp32s*")
                             int[] pDst,
                             int nLength,
                             int nScaleFactor)

nppsSubC_32sc_ISfs
```
@Cast(value="NppStatus")
public static int nppsSubC_32sc_ISfs(@ByVal
                               nppc.Npp32sc nValue,
                               nppc.Npp32sc pSrcDst,
                               int nLength,
                               int nScaleFactor)
```
32-bit integer complex number (32 bit real, 32 bit imaginary) in place signal subtract constant and scale. \param pSrcDst \ref in_place_signal_pointer. \param nValue Constant value to be subtracted from each vector element \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsSubC_32sc_Sfs

@Cast(value="NppStatus")
public static int nppsSubC_32sc_Sfs(@Const
                              nppc.Npp32sc pSrc,
                              @ByVal
                              nppc.Npp32sc nValue,
                              nppc.Npp32sc pDst,
                              int nLength,
                              int nScaleFactor)

32-bit integer complex number (32 bit real, 32 bit imaginary)signal subtract constant and scale. \param pSrc \ref source_signal_pointer. \param nValue Constant value to be subtracted from each vector element \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsSubC_32f_I

@Cast(value="NppStatus")
public static int nppsSubC_32f_I(@Cast(value="Npp32f")
                           float nValue,
                           @Cast(value="Npp32f*")
                           FloatPointer pSrcDst,
                           int nLength)

32-bit floating point in place signal subtract constant. \param pSrcDst \ref in_place_signal_pointer. \param nValue Constant value to be subtracted from each vector element \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsSubC_32f_I

@Cast(value="NppStatus")
public static int nppsSubC_32f_I(@Cast(value="Npp32f")
                           float nValue,
                           @Cast(value="Npp32f*")
                           FloatBuffer pSrcDst,
                           int nLength)

nppsSubC_32f_I

@Cast(value="NppStatus")
public static int nppsSubC_32f_I(@Cast(value="Npp32f")
                           float nValue,
                           @Cast(value="Npp32f*")
                           float[] pSrcDst,
                           int nLength)

nppsSubC_32f

@Cast(value="NppStatus")
public static int nppsSubC_32f(@Cast(value="const Npp32f*")
                         FloatPointer pSrc,
                         @Cast(value="Npp32f")
                         float nValue,
                         @Cast(value="Npp32f*")
                         FloatPointer pDst,
                         int nLength)

32-bit floating point signal subtract constant. \param pSrc \ref source_signal_pointer. \param nValue Constant value to be subtracted from each vector element \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsSubC_32f

@Cast(value="NppStatus")
public static int nppsSubC_32f(@Cast(value="const Npp32f*")
                         FloatBuffer pSrc,
                         @Cast(value="Npp32f")
                         float nValue,
                         @Cast(value="Npp32f*")
                         FloatBuffer pDst,
                         int nLength)

nppsSubC_32f

@Cast(value="NppStatus")
public static int nppsSubC_32f(@Cast(value="const Npp32f*")
                         float[] pSrc,
                         @Cast(value="Npp32f")
                         float nValue,
                         @Cast(value="Npp32f*")
                         float[] pDst,
                         int nLength)

nppsSubC_32fc_I
```
@Cast(value="NppStatus")
public static int nppsSubC_32fc_I(@ByVal
                            nppc.Npp32fc nValue,
                            nppc.Npp32fc pSrcDst,
                            int nLength)
```
32-bit floating point complex number (32 bit real, 32 bit imaginary) in place signal subtract constant. \param pSrcDst \ref in_place_signal_pointer. \param nValue Constant value to be subtracted from each vector element \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsSubC_32fc

@Cast(value="NppStatus")
public static int nppsSubC_32fc(@Const
                          nppc.Npp32fc pSrc,
                          @ByVal
                          nppc.Npp32fc nValue,
                          nppc.Npp32fc pDst,
                          int nLength)

32-bit floating point complex number (32 bit real, 32 bit imaginary) signal subtract constant. \param pSrc \ref source_signal_pointer. \param nValue Constant value to be subtracted from each vector element \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsSubC_64f_I

@Cast(value="NppStatus")
public static int nppsSubC_64f_I(@Cast(value="Npp64f")
                           double nValue,
                           @Cast(value="Npp64f*")
                           DoublePointer pSrcDst,
                           int nLength)

64-bit floating point, in place signal subtract constant. \param pSrcDst \ref in_place_signal_pointer. \param nValue Constant value to be subtracted from each vector element \param nLength Length of the vectors, number of items. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsSubC_64f_I

@Cast(value="NppStatus")
public static int nppsSubC_64f_I(@Cast(value="Npp64f")
                           double nValue,
                           @Cast(value="Npp64f*")
                           DoubleBuffer pSrcDst,
                           int nLength)

nppsSubC_64f_I

@Cast(value="NppStatus")
public static int nppsSubC_64f_I(@Cast(value="Npp64f")
                           double nValue,
                           @Cast(value="Npp64f*")
                           double[] pSrcDst,
                           int nLength)

nppsSubC_64f

@Cast(value="NppStatus")
public static int nppsSubC_64f(@Cast(value="const Npp64f*")
                         DoublePointer pSrc,
                         @Cast(value="Npp64f")
                         double nValue,
                         @Cast(value="Npp64f*")
                         DoublePointer pDst,
                         int nLength)

64-bit floating point signal subtract constant. \param pSrc \ref source_signal_pointer. \param nValue Constant value to be subtracted from each vector element \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsSubC_64f

@Cast(value="NppStatus")
public static int nppsSubC_64f(@Cast(value="const Npp64f*")
                         DoubleBuffer pSrc,
                         @Cast(value="Npp64f")
                         double nValue,
                         @Cast(value="Npp64f*")
                         DoubleBuffer pDst,
                         int nLength)

nppsSubC_64f

@Cast(value="NppStatus")
public static int nppsSubC_64f(@Cast(value="const Npp64f*")
                         double[] pSrc,
                         @Cast(value="Npp64f")
                         double nValue,
                         @Cast(value="Npp64f*")
                         double[] pDst,
                         int nLength)

nppsSubC_64fc_I
```
@Cast(value="NppStatus")
public static int nppsSubC_64fc_I(@ByVal
                            nppc.Npp64fc nValue,
                            nppc.Npp64fc pSrcDst,
                            int nLength)
```
64-bit floating point complex number (64 bit real, 64 bit imaginary) in place signal subtract constant. \param pSrcDst \ref in_place_signal_pointer. \param nValue Constant value to be subtracted from each vector element \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsSubC_64fc

@Cast(value="NppStatus")
public static int nppsSubC_64fc(@Const
                          nppc.Npp64fc pSrc,
                          @ByVal
                          nppc.Npp64fc nValue,
                          nppc.Npp64fc pDst,
                          int nLength)

64-bit floating point complex number (64 bit real, 64 bit imaginary) signal subtract constant. \param pSrc \ref source_signal_pointer. \param nValue Constant value to be subtracted from each vector element \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsSubCRev_8u_ISfs

@Cast(value="NppStatus")
public static int nppsSubCRev_8u_ISfs(@Cast(value="Npp8u")
                                byte nValue,
                                @Cast(value="Npp8u*")
                                BytePointer pSrcDst,
                                int nLength,
                                int nScaleFactor)

8-bit unsigned char in place signal subtract from constant, scale, then clamp to saturated value \param pSrcDst \ref in_place_signal_pointer. \param nValue Constant value each vector element is to be subtracted from \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsSubCRev_8u_ISfs

@Cast(value="NppStatus")
public static int nppsSubCRev_8u_ISfs(@Cast(value="Npp8u")
                                byte nValue,
                                @Cast(value="Npp8u*")
                                ByteBuffer pSrcDst,
                                int nLength,
                                int nScaleFactor)

nppsSubCRev_8u_ISfs

@Cast(value="NppStatus")
public static int nppsSubCRev_8u_ISfs(@Cast(value="Npp8u")
                                byte nValue,
                                @Cast(value="Npp8u*")
                                byte[] pSrcDst,
                                int nLength,
                                int nScaleFactor)

nppsSubCRev_8u_Sfs

@Cast(value="NppStatus")
public static int nppsSubCRev_8u_Sfs(@Cast(value="const Npp8u*")
                               BytePointer pSrc,
                               @Cast(value="Npp8u")
                               byte nValue,
                               @Cast(value="Npp8u*")
                               BytePointer pDst,
                               int nLength,
                               int nScaleFactor)

8-bit unsigned char signal subtract from constant, scale, then clamp to saturated value. \param pSrc \ref source_signal_pointer. \param nValue Constant value each vector element is to be subtracted from \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsSubCRev_8u_Sfs

@Cast(value="NppStatus")
public static int nppsSubCRev_8u_Sfs(@Cast(value="const Npp8u*")
                               ByteBuffer pSrc,
                               @Cast(value="Npp8u")
                               byte nValue,
                               @Cast(value="Npp8u*")
                               ByteBuffer pDst,
                               int nLength,
                               int nScaleFactor)

nppsSubCRev_8u_Sfs

@Cast(value="NppStatus")
public static int nppsSubCRev_8u_Sfs(@Cast(value="const Npp8u*")
                               byte[] pSrc,
                               @Cast(value="Npp8u")
                               byte nValue,
                               @Cast(value="Npp8u*")
                               byte[] pDst,
                               int nLength,
                               int nScaleFactor)

nppsSubCRev_16u_ISfs

@Cast(value="NppStatus")
public static int nppsSubCRev_16u_ISfs(@Cast(value="Npp16u")
                                 short nValue,
                                 @Cast(value="Npp16u*")
                                 ShortPointer pSrcDst,
                                 int nLength,
                                 int nScaleFactor)

16-bit unsigned short in place signal subtract from constant, scale, then clamp to saturated value. \param pSrcDst \ref in_place_signal_pointer. \param nValue Constant value each vector element is to be subtracted from \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsSubCRev_16u_ISfs

@Cast(value="NppStatus")
public static int nppsSubCRev_16u_ISfs(@Cast(value="Npp16u")
                                 short nValue,
                                 @Cast(value="Npp16u*")
                                 ShortBuffer pSrcDst,
                                 int nLength,
                                 int nScaleFactor)

nppsSubCRev_16u_ISfs

@Cast(value="NppStatus")
public static int nppsSubCRev_16u_ISfs(@Cast(value="Npp16u")
                                 short nValue,
                                 @Cast(value="Npp16u*")
                                 short[] pSrcDst,
                                 int nLength,
                                 int nScaleFactor)

nppsSubCRev_16u_Sfs

@Cast(value="NppStatus")
public static int nppsSubCRev_16u_Sfs(@Cast(value="const Npp16u*")
                                ShortPointer pSrc,
                                @Cast(value="Npp16u")
                                short nValue,
                                @Cast(value="Npp16u*")
                                ShortPointer pDst,
                                int nLength,
                                int nScaleFactor)

16-bit unsigned short signal subtract from constant, scale, then clamp to saturated value. \param pSrc \ref source_signal_pointer. \param nValue Constant value each vector element is to be subtracted from \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsSubCRev_16u_Sfs

@Cast(value="NppStatus")
public static int nppsSubCRev_16u_Sfs(@Cast(value="const Npp16u*")
                                ShortBuffer pSrc,
                                @Cast(value="Npp16u")
                                short nValue,
                                @Cast(value="Npp16u*")
                                ShortBuffer pDst,
                                int nLength,
                                int nScaleFactor)

nppsSubCRev_16u_Sfs

@Cast(value="NppStatus")
public static int nppsSubCRev_16u_Sfs(@Cast(value="const Npp16u*")
                                short[] pSrc,
                                @Cast(value="Npp16u")
                                short nValue,
                                @Cast(value="Npp16u*")
                                short[] pDst,
                                int nLength,
                                int nScaleFactor)

nppsSubCRev_16s_ISfs

@Cast(value="NppStatus")
public static int nppsSubCRev_16s_ISfs(@Cast(value="Npp16s")
                                 short nValue,
                                 @Cast(value="Npp16s*")
                                 ShortPointer pSrcDst,
                                 int nLength,
                                 int nScaleFactor)

16-bit signed short in place signal subtract from constant, scale, then clamp to saturated value. \param pSrcDst \ref in_place_signal_pointer. \param nValue Constant value each vector element is to be subtracted from \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsSubCRev_16s_ISfs

@Cast(value="NppStatus")
public static int nppsSubCRev_16s_ISfs(@Cast(value="Npp16s")
                                 short nValue,
                                 @Cast(value="Npp16s*")
                                 ShortBuffer pSrcDst,
                                 int nLength,
                                 int nScaleFactor)

nppsSubCRev_16s_ISfs

@Cast(value="NppStatus")
public static int nppsSubCRev_16s_ISfs(@Cast(value="Npp16s")
                                 short nValue,
                                 @Cast(value="Npp16s*")
                                 short[] pSrcDst,
                                 int nLength,
                                 int nScaleFactor)

nppsSubCRev_16s_Sfs

@Cast(value="NppStatus")
public static int nppsSubCRev_16s_Sfs(@Cast(value="const Npp16s*")
                                ShortPointer pSrc,
                                @Cast(value="Npp16s")
                                short nValue,
                                @Cast(value="Npp16s*")
                                ShortPointer pDst,
                                int nLength,
                                int nScaleFactor)

16-bit signed short signal subtract from constant, scale, then clamp to saturated value. \param pSrc \ref source_signal_pointer. \param nValue Constant value each vector element is to be subtracted from \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsSubCRev_16s_Sfs

@Cast(value="NppStatus")
public static int nppsSubCRev_16s_Sfs(@Cast(value="const Npp16s*")
                                ShortBuffer pSrc,
                                @Cast(value="Npp16s")
                                short nValue,
                                @Cast(value="Npp16s*")
                                ShortBuffer pDst,
                                int nLength,
                                int nScaleFactor)

nppsSubCRev_16s_Sfs

@Cast(value="NppStatus")
public static int nppsSubCRev_16s_Sfs(@Cast(value="const Npp16s*")
                                short[] pSrc,
                                @Cast(value="Npp16s")
                                short nValue,
                                @Cast(value="Npp16s*")
                                short[] pDst,
                                int nLength,
                                int nScaleFactor)

nppsSubCRev_16sc_ISfs
```
@Cast(value="NppStatus")
public static int nppsSubCRev_16sc_ISfs(@ByVal
                                  nppc.Npp16sc nValue,
                                  nppc.Npp16sc pSrcDst,
                                  int nLength,
                                  int nScaleFactor)
```
16-bit integer complex number (16 bit real, 16 bit imaginary) signal subtract from constant, scale, then clamp to saturated value. \param pSrcDst \ref in_place_signal_pointer. \param nValue Constant value each vector element is to be subtracted from \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsSubCRev_16sc_Sfs

@Cast(value="NppStatus")
public static int nppsSubCRev_16sc_Sfs(@Const
                                 nppc.Npp16sc pSrc,
                                 @ByVal
                                 nppc.Npp16sc nValue,
                                 nppc.Npp16sc pDst,
                                 int nLength,
                                 int nScaleFactor)

16-bit integer complex number (16 bit real, 16 bit imaginary) signal subtract from constant, scale, then clamp to saturated value. \param pSrc \ref source_signal_pointer. \param nValue Constant value each vector element is to be subtracted from \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsSubCRev_32s_ISfs

@Cast(value="NppStatus")
public static int nppsSubCRev_32s_ISfs(@Cast(value="Npp32s")
                                 int nValue,
                                 @Cast(value="Npp32s*")
                                 IntPointer pSrcDst,
                                 int nLength,
                                 int nScaleFactor)

32-bit signed integer in place signal subtract from constant and scale. \param pSrcDst \ref in_place_signal_pointer. \param nValue Constant value each vector element is to be subtracted from \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsSubCRev_32s_ISfs

@Cast(value="NppStatus")
public static int nppsSubCRev_32s_ISfs(@Cast(value="Npp32s")
                                 int nValue,
                                 @Cast(value="Npp32s*")
                                 IntBuffer pSrcDst,
                                 int nLength,
                                 int nScaleFactor)

nppsSubCRev_32s_ISfs

@Cast(value="NppStatus")
public static int nppsSubCRev_32s_ISfs(@Cast(value="Npp32s")
                                 int nValue,
                                 @Cast(value="Npp32s*")
                                 int[] pSrcDst,
                                 int nLength,
                                 int nScaleFactor)

nppsSubCRev_32s_Sfs

@Cast(value="NppStatus")
public static int nppsSubCRev_32s_Sfs(@Cast(value="const Npp32s*")
                                IntPointer pSrc,
                                @Cast(value="Npp32s")
                                int nValue,
                                @Cast(value="Npp32s*")
                                IntPointer pDst,
                                int nLength,
                                int nScaleFactor)

32-bit signed integersignal subtract from constant and scale. \param pSrc \ref source_signal_pointer. \param nValue Constant value each vector element is to be subtracted from \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsSubCRev_32s_Sfs

@Cast(value="NppStatus")
public static int nppsSubCRev_32s_Sfs(@Cast(value="const Npp32s*")
                                IntBuffer pSrc,
                                @Cast(value="Npp32s")
                                int nValue,
                                @Cast(value="Npp32s*")
                                IntBuffer pDst,
                                int nLength,
                                int nScaleFactor)

nppsSubCRev_32s_Sfs

@Cast(value="NppStatus")
public static int nppsSubCRev_32s_Sfs(@Cast(value="const Npp32s*")
                                int[] pSrc,
                                @Cast(value="Npp32s")
                                int nValue,
                                @Cast(value="Npp32s*")
                                int[] pDst,
                                int nLength,
                                int nScaleFactor)

nppsSubCRev_32sc_ISfs
```
@Cast(value="NppStatus")
public static int nppsSubCRev_32sc_ISfs(@ByVal
                                  nppc.Npp32sc nValue,
                                  nppc.Npp32sc pSrcDst,
                                  int nLength,
                                  int nScaleFactor)
```
32-bit integer complex number (32 bit real, 32 bit imaginary) in place signal subtract from constant and scale. \param pSrcDst \ref in_place_signal_pointer. \param nValue Constant value each vector element is to be subtracted from \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsSubCRev_32sc_Sfs

@Cast(value="NppStatus")
public static int nppsSubCRev_32sc_Sfs(@Const
                                 nppc.Npp32sc pSrc,
                                 @ByVal
                                 nppc.Npp32sc nValue,
                                 nppc.Npp32sc pDst,
                                 int nLength,
                                 int nScaleFactor)

32-bit integer complex number (32 bit real, 32 bit imaginary) signal subtract from constant and scale. \param pSrc \ref source_signal_pointer. \param nValue Constant value each vector element is to be subtracted from \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsSubCRev_32f_I

@Cast(value="NppStatus")
public static int nppsSubCRev_32f_I(@Cast(value="Npp32f")
                              float nValue,
                              @Cast(value="Npp32f*")
                              FloatPointer pSrcDst,
                              int nLength)

32-bit floating point in place signal subtract from constant. \param pSrcDst \ref in_place_signal_pointer. \param nValue Constant value each vector element is to be subtracted from \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsSubCRev_32f_I

@Cast(value="NppStatus")
public static int nppsSubCRev_32f_I(@Cast(value="Npp32f")
                              float nValue,
                              @Cast(value="Npp32f*")
                              FloatBuffer pSrcDst,
                              int nLength)

nppsSubCRev_32f_I

@Cast(value="NppStatus")
public static int nppsSubCRev_32f_I(@Cast(value="Npp32f")
                              float nValue,
                              @Cast(value="Npp32f*")
                              float[] pSrcDst,
                              int nLength)

nppsSubCRev_32f

@Cast(value="NppStatus")
public static int nppsSubCRev_32f(@Cast(value="const Npp32f*")
                            FloatPointer pSrc,
                            @Cast(value="Npp32f")
                            float nValue,
                            @Cast(value="Npp32f*")
                            FloatPointer pDst,
                            int nLength)

32-bit floating point signal subtract from constant. \param pSrc \ref source_signal_pointer. \param nValue Constant value each vector element is to be subtracted from \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsSubCRev_32f

@Cast(value="NppStatus")
public static int nppsSubCRev_32f(@Cast(value="const Npp32f*")
                            FloatBuffer pSrc,
                            @Cast(value="Npp32f")
                            float nValue,
                            @Cast(value="Npp32f*")
                            FloatBuffer pDst,
                            int nLength)

nppsSubCRev_32f

@Cast(value="NppStatus")
public static int nppsSubCRev_32f(@Cast(value="const Npp32f*")
                            float[] pSrc,
                            @Cast(value="Npp32f")
                            float nValue,
                            @Cast(value="Npp32f*")
                            float[] pDst,
                            int nLength)

nppsSubCRev_32fc_I
```
@Cast(value="NppStatus")
public static int nppsSubCRev_32fc_I(@ByVal
                               nppc.Npp32fc nValue,
                               nppc.Npp32fc pSrcDst,
                               int nLength)
```
32-bit floating point complex number (32 bit real, 32 bit imaginary) in place signal subtract from constant. \param pSrcDst \ref in_place_signal_pointer. \param nValue Constant value each vector element is to be subtracted from \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsSubCRev_32fc

@Cast(value="NppStatus")
public static int nppsSubCRev_32fc(@Const
                             nppc.Npp32fc pSrc,
                             @ByVal
                             nppc.Npp32fc nValue,
                             nppc.Npp32fc pDst,
                             int nLength)

32-bit floating point complex number (32 bit real, 32 bit imaginary) signal subtract from constant. \param pSrc \ref source_signal_pointer. \param nValue Constant value each vector element is to be subtracted from \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsSubCRev_64f_I

@Cast(value="NppStatus")
public static int nppsSubCRev_64f_I(@Cast(value="Npp64f")
                              double nValue,
                              @Cast(value="Npp64f*")
                              DoublePointer pSrcDst,
                              int nLength)

64-bit floating point, in place signal subtract from constant. \param pSrcDst \ref in_place_signal_pointer. \param nValue Constant value each vector element is to be subtracted from \param nLength Length of the vectors, number of items. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsSubCRev_64f_I

@Cast(value="NppStatus")
public static int nppsSubCRev_64f_I(@Cast(value="Npp64f")
                              double nValue,
                              @Cast(value="Npp64f*")
                              DoubleBuffer pSrcDst,
                              int nLength)

nppsSubCRev_64f_I

@Cast(value="NppStatus")
public static int nppsSubCRev_64f_I(@Cast(value="Npp64f")
                              double nValue,
                              @Cast(value="Npp64f*")
                              double[] pSrcDst,
                              int nLength)

nppsSubCRev_64f

@Cast(value="NppStatus")
public static int nppsSubCRev_64f(@Cast(value="const Npp64f*")
                            DoublePointer pSrc,
                            @Cast(value="Npp64f")
                            double nValue,
                            @Cast(value="Npp64f*")
                            DoublePointer pDst,
                            int nLength)

64-bit floating point signal subtract from constant. \param pSrc \ref source_signal_pointer. \param nValue Constant value each vector element is to be subtracted from \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsSubCRev_64f

@Cast(value="NppStatus")
public static int nppsSubCRev_64f(@Cast(value="const Npp64f*")
                            DoubleBuffer pSrc,
                            @Cast(value="Npp64f")
                            double nValue,
                            @Cast(value="Npp64f*")
                            DoubleBuffer pDst,
                            int nLength)

nppsSubCRev_64f

@Cast(value="NppStatus")
public static int nppsSubCRev_64f(@Cast(value="const Npp64f*")
                            double[] pSrc,
                            @Cast(value="Npp64f")
                            double nValue,
                            @Cast(value="Npp64f*")
                            double[] pDst,
                            int nLength)

nppsSubCRev_64fc_I
```
@Cast(value="NppStatus")
public static int nppsSubCRev_64fc_I(@ByVal
                               nppc.Npp64fc nValue,
                               nppc.Npp64fc pSrcDst,
                               int nLength)
```
64-bit floating point complex number (64 bit real, 64 bit imaginary) in place signal subtract from constant. \param pSrcDst \ref in_place_signal_pointer. \param nValue Constant value each vector element is to be subtracted from \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsSubCRev_64fc

@Cast(value="NppStatus")
public static int nppsSubCRev_64fc(@Const
                             nppc.Npp64fc pSrc,
                             @ByVal
                             nppc.Npp64fc nValue,
                             nppc.Npp64fc pDst,
                             int nLength)

64-bit floating point complex number (64 bit real, 64 bit imaginary) signal subtract from constant. \param pSrc \ref source_signal_pointer. \param nValue Constant value each vector element is to be subtracted from \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsDivC_8u_ISfs
```
@Cast(value="NppStatus")
public static int nppsDivC_8u_ISfs(@Cast(value="Npp8u")
                             byte nValue,
                             @Cast(value="Npp8u*")
                             BytePointer pSrcDst,
                             int nLength,
                             int nScaleFactor)
```
8-bit unsigned char in place signal divided by constant, scale, then clamp to saturated value \param pSrcDst \ref in_place_signal_pointer. \param nValue Constant value to be divided into each vector element \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsDivC_8u_ISfs

@Cast(value="NppStatus")
public static int nppsDivC_8u_ISfs(@Cast(value="Npp8u")
                             byte nValue,
                             @Cast(value="Npp8u*")
                             ByteBuffer pSrcDst,
                             int nLength,
                             int nScaleFactor)

nppsDivC_8u_ISfs

@Cast(value="NppStatus")
public static int nppsDivC_8u_ISfs(@Cast(value="Npp8u")
                             byte nValue,
                             @Cast(value="Npp8u*")
                             byte[] pSrcDst,
                             int nLength,
                             int nScaleFactor)

nppsDivC_8u_Sfs

@Cast(value="NppStatus")
public static int nppsDivC_8u_Sfs(@Cast(value="const Npp8u*")
                            BytePointer pSrc,
                            @Cast(value="Npp8u")
                            byte nValue,
                            @Cast(value="Npp8u*")
                            BytePointer pDst,
                            int nLength,
                            int nScaleFactor)

8-bit unsigned char signal divided by constant, scale, then clamp to saturated value. \param pSrc \ref source_signal_pointer. \param nValue Constant value to be divided into each vector element \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsDivC_8u_Sfs

@Cast(value="NppStatus")
public static int nppsDivC_8u_Sfs(@Cast(value="const Npp8u*")
                            ByteBuffer pSrc,
                            @Cast(value="Npp8u")
                            byte nValue,
                            @Cast(value="Npp8u*")
                            ByteBuffer pDst,
                            int nLength,
                            int nScaleFactor)

nppsDivC_8u_Sfs

@Cast(value="NppStatus")
public static int nppsDivC_8u_Sfs(@Cast(value="const Npp8u*")
                            byte[] pSrc,
                            @Cast(value="Npp8u")
                            byte nValue,
                            @Cast(value="Npp8u*")
                            byte[] pDst,
                            int nLength,
                            int nScaleFactor)

nppsDivC_16u_ISfs

@Cast(value="NppStatus")
public static int nppsDivC_16u_ISfs(@Cast(value="Npp16u")
                              short nValue,
                              @Cast(value="Npp16u*")
                              ShortPointer pSrcDst,
                              int nLength,
                              int nScaleFactor)

16-bit unsigned short in place signal divided by constant, scale, then clamp to saturated value. \param pSrcDst \ref in_place_signal_pointer. \param nValue Constant value to be divided into each vector element \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsDivC_16u_ISfs

@Cast(value="NppStatus")
public static int nppsDivC_16u_ISfs(@Cast(value="Npp16u")
                              short nValue,
                              @Cast(value="Npp16u*")
                              ShortBuffer pSrcDst,
                              int nLength,
                              int nScaleFactor)

nppsDivC_16u_ISfs

@Cast(value="NppStatus")
public static int nppsDivC_16u_ISfs(@Cast(value="Npp16u")
                              short nValue,
                              @Cast(value="Npp16u*")
                              short[] pSrcDst,
                              int nLength,
                              int nScaleFactor)

nppsDivC_16u_Sfs

@Cast(value="NppStatus")
public static int nppsDivC_16u_Sfs(@Cast(value="const Npp16u*")
                             ShortPointer pSrc,
                             @Cast(value="Npp16u")
                             short nValue,
                             @Cast(value="Npp16u*")
                             ShortPointer pDst,
                             int nLength,
                             int nScaleFactor)

16-bit unsigned short signal divided by constant, scale, then clamp to saturated value. \param pSrc \ref source_signal_pointer. \param nValue Constant value to be divided into each vector element \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsDivC_16u_Sfs

@Cast(value="NppStatus")
public static int nppsDivC_16u_Sfs(@Cast(value="const Npp16u*")
                             ShortBuffer pSrc,
                             @Cast(value="Npp16u")
                             short nValue,
                             @Cast(value="Npp16u*")
                             ShortBuffer pDst,
                             int nLength,
                             int nScaleFactor)

nppsDivC_16u_Sfs

@Cast(value="NppStatus")
public static int nppsDivC_16u_Sfs(@Cast(value="const Npp16u*")
                             short[] pSrc,
                             @Cast(value="Npp16u")
                             short nValue,
                             @Cast(value="Npp16u*")
                             short[] pDst,
                             int nLength,
                             int nScaleFactor)

nppsDivC_16s_ISfs

@Cast(value="NppStatus")
public static int nppsDivC_16s_ISfs(@Cast(value="Npp16s")
                              short nValue,
                              @Cast(value="Npp16s*")
                              ShortPointer pSrcDst,
                              int nLength,
                              int nScaleFactor)

16-bit signed short in place signal divided by constant, scale, then clamp to saturated value. \param pSrcDst \ref in_place_signal_pointer. \param nValue Constant value to be divided into each vector element \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsDivC_16s_ISfs

@Cast(value="NppStatus")
public static int nppsDivC_16s_ISfs(@Cast(value="Npp16s")
                              short nValue,
                              @Cast(value="Npp16s*")
                              ShortBuffer pSrcDst,
                              int nLength,
                              int nScaleFactor)

nppsDivC_16s_ISfs

@Cast(value="NppStatus")
public static int nppsDivC_16s_ISfs(@Cast(value="Npp16s")
                              short nValue,
                              @Cast(value="Npp16s*")
                              short[] pSrcDst,
                              int nLength,
                              int nScaleFactor)

nppsDivC_16s_Sfs

@Cast(value="NppStatus")
public static int nppsDivC_16s_Sfs(@Cast(value="const Npp16s*")
                             ShortPointer pSrc,
                             @Cast(value="Npp16s")
                             short nValue,
                             @Cast(value="Npp16s*")
                             ShortPointer pDst,
                             int nLength,
                             int nScaleFactor)

16-bit signed short signal divided by constant, scale, then clamp to saturated value. \param pSrc \ref source_signal_pointer. \param nValue Constant value to be divided into each vector element \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsDivC_16s_Sfs

@Cast(value="NppStatus")
public static int nppsDivC_16s_Sfs(@Cast(value="const Npp16s*")
                             ShortBuffer pSrc,
                             @Cast(value="Npp16s")
                             short nValue,
                             @Cast(value="Npp16s*")
                             ShortBuffer pDst,
                             int nLength,
                             int nScaleFactor)

nppsDivC_16s_Sfs

@Cast(value="NppStatus")
public static int nppsDivC_16s_Sfs(@Cast(value="const Npp16s*")
                             short[] pSrc,
                             @Cast(value="Npp16s")
                             short nValue,
                             @Cast(value="Npp16s*")
                             short[] pDst,
                             int nLength,
                             int nScaleFactor)

nppsDivC_16sc_ISfs
```
@Cast(value="NppStatus")
public static int nppsDivC_16sc_ISfs(@ByVal
                               nppc.Npp16sc nValue,
                               nppc.Npp16sc pSrcDst,
                               int nLength,
                               int nScaleFactor)
```
16-bit integer complex number (16 bit real, 16 bit imaginary)signal divided by constant, scale, then clamp to saturated value. \param pSrcDst \ref in_place_signal_pointer. \param nValue Constant value to be divided into each vector element \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsDivC_16sc_Sfs

@Cast(value="NppStatus")
public static int nppsDivC_16sc_Sfs(@Const
                              nppc.Npp16sc pSrc,
                              @ByVal
                              nppc.Npp16sc nValue,
                              nppc.Npp16sc pDst,
                              int nLength,
                              int nScaleFactor)

16-bit integer complex number (16 bit real, 16 bit imaginary) signal divided by constant, scale, then clamp to saturated value. \param pSrc \ref source_signal_pointer. \param nValue Constant value to be divided into each vector element \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsDivC_32f_I

@Cast(value="NppStatus")
public static int nppsDivC_32f_I(@Cast(value="Npp32f")
                           float nValue,
                           @Cast(value="Npp32f*")
                           FloatPointer pSrcDst,
                           int nLength)

32-bit floating point in place signal divided by constant. \param pSrcDst \ref in_place_signal_pointer. \param nValue Constant value to be divided into each vector element \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsDivC_32f_I

@Cast(value="NppStatus")
public static int nppsDivC_32f_I(@Cast(value="Npp32f")
                           float nValue,
                           @Cast(value="Npp32f*")
                           FloatBuffer pSrcDst,
                           int nLength)

nppsDivC_32f_I

@Cast(value="NppStatus")
public static int nppsDivC_32f_I(@Cast(value="Npp32f")
                           float nValue,
                           @Cast(value="Npp32f*")
                           float[] pSrcDst,
                           int nLength)

nppsDivC_32f

@Cast(value="NppStatus")
public static int nppsDivC_32f(@Cast(value="const Npp32f*")
                         FloatPointer pSrc,
                         @Cast(value="Npp32f")
                         float nValue,
                         @Cast(value="Npp32f*")
                         FloatPointer pDst,
                         int nLength)

32-bit floating point signal divided by constant. \param pSrc \ref source_signal_pointer. \param nValue Constant value to be divided into each vector element \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsDivC_32f

@Cast(value="NppStatus")
public static int nppsDivC_32f(@Cast(value="const Npp32f*")
                         FloatBuffer pSrc,
                         @Cast(value="Npp32f")
                         float nValue,
                         @Cast(value="Npp32f*")
                         FloatBuffer pDst,
                         int nLength)

nppsDivC_32f

@Cast(value="NppStatus")
public static int nppsDivC_32f(@Cast(value="const Npp32f*")
                         float[] pSrc,
                         @Cast(value="Npp32f")
                         float nValue,
                         @Cast(value="Npp32f*")
                         float[] pDst,
                         int nLength)

nppsDivC_32fc_I
```
@Cast(value="NppStatus")
public static int nppsDivC_32fc_I(@ByVal
                            nppc.Npp32fc nValue,
                            nppc.Npp32fc pSrcDst,
                            int nLength)
```
32-bit floating point complex number (32 bit real, 32 bit imaginary) in place signal divided by constant. \param pSrcDst \ref in_place_signal_pointer. \param nValue Constant value to be divided into each vector element \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsDivC_32fc

@Cast(value="NppStatus")
public static int nppsDivC_32fc(@Const
                          nppc.Npp32fc pSrc,
                          @ByVal
                          nppc.Npp32fc nValue,
                          nppc.Npp32fc pDst,
                          int nLength)

32-bit floating point complex number (32 bit real, 32 bit imaginary) signal divided by constant. \param pSrc \ref source_signal_pointer. \param nValue Constant value to be divided into each vector element \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsDivC_64f_I

@Cast(value="NppStatus")
public static int nppsDivC_64f_I(@Cast(value="Npp64f")
                           double nValue,
                           @Cast(value="Npp64f*")
                           DoublePointer pSrcDst,
                           int nLength)

64-bit floating point in place signal divided by constant. \param pSrcDst \ref in_place_signal_pointer. \param nValue Constant value to be divided into each vector element \param nLength Length of the vectors, number of items. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsDivC_64f_I

@Cast(value="NppStatus")
public static int nppsDivC_64f_I(@Cast(value="Npp64f")
                           double nValue,
                           @Cast(value="Npp64f*")
                           DoubleBuffer pSrcDst,
                           int nLength)

nppsDivC_64f_I

@Cast(value="NppStatus")
public static int nppsDivC_64f_I(@Cast(value="Npp64f")
                           double nValue,
                           @Cast(value="Npp64f*")
                           double[] pSrcDst,
                           int nLength)

nppsDivC_64f

@Cast(value="NppStatus")
public static int nppsDivC_64f(@Cast(value="const Npp64f*")
                         DoublePointer pSrc,
                         @Cast(value="Npp64f")
                         double nValue,
                         @Cast(value="Npp64f*")
                         DoublePointer pDst,
                         int nLength)

64-bit floating point signal divided by constant. \param pSrc \ref source_signal_pointer. \param nValue Constant value to be divided into each vector element \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsDivC_64f

@Cast(value="NppStatus")
public static int nppsDivC_64f(@Cast(value="const Npp64f*")
                         DoubleBuffer pSrc,
                         @Cast(value="Npp64f")
                         double nValue,
                         @Cast(value="Npp64f*")
                         DoubleBuffer pDst,
                         int nLength)

nppsDivC_64f

@Cast(value="NppStatus")
public static int nppsDivC_64f(@Cast(value="const Npp64f*")
                         double[] pSrc,
                         @Cast(value="Npp64f")
                         double nValue,
                         @Cast(value="Npp64f*")
                         double[] pDst,
                         int nLength)

nppsDivC_64fc_I
```
@Cast(value="NppStatus")
public static int nppsDivC_64fc_I(@ByVal
                            nppc.Npp64fc nValue,
                            nppc.Npp64fc pSrcDst,
                            int nLength)
```
64-bit floating point complex number (64 bit real, 64 bit imaginary) in place signal divided by constant. \param pSrcDst \ref in_place_signal_pointer. \param nValue Constant value to be divided into each vector element \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsDivC_64fc

@Cast(value="NppStatus")
public static int nppsDivC_64fc(@Const
                          nppc.Npp64fc pSrc,
                          @ByVal
                          nppc.Npp64fc nValue,
                          nppc.Npp64fc pDst,
                          int nLength)

64-bit floating point complex number (64 bit real, 64 bit imaginary) signal divided by constant. \param pSrc \ref source_signal_pointer. \param nValue Constant value to be divided into each vector element \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsDivCRev_16u_I

@Cast(value="NppStatus")
public static int nppsDivCRev_16u_I(@Cast(value="Npp16u")
                              short nValue,
                              @Cast(value="Npp16u*")
                              ShortPointer pSrcDst,
                              int nLength)

16-bit unsigned short in place constant divided by signal, then clamp to saturated value. \param pSrcDst \ref in_place_signal_pointer. \param nValue Constant value to be divided by each vector element \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsDivCRev_16u_I

@Cast(value="NppStatus")
public static int nppsDivCRev_16u_I(@Cast(value="Npp16u")
                              short nValue,
                              @Cast(value="Npp16u*")
                              ShortBuffer pSrcDst,
                              int nLength)

nppsDivCRev_16u_I

@Cast(value="NppStatus")
public static int nppsDivCRev_16u_I(@Cast(value="Npp16u")
                              short nValue,
                              @Cast(value="Npp16u*")
                              short[] pSrcDst,
                              int nLength)

nppsDivCRev_16u

@Cast(value="NppStatus")
public static int nppsDivCRev_16u(@Cast(value="const Npp16u*")
                            ShortPointer pSrc,
                            @Cast(value="Npp16u")
                            short nValue,
                            @Cast(value="Npp16u*")
                            ShortPointer pDst,
                            int nLength)

16-bit unsigned short signal divided by constant, then clamp to saturated value. \param pSrc \ref source_signal_pointer. \param nValue Constant value to be divided by each vector element \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsDivCRev_16u

@Cast(value="NppStatus")
public static int nppsDivCRev_16u(@Cast(value="const Npp16u*")
                            ShortBuffer pSrc,
                            @Cast(value="Npp16u")
                            short nValue,
                            @Cast(value="Npp16u*")
                            ShortBuffer pDst,
                            int nLength)

nppsDivCRev_16u

@Cast(value="NppStatus")
public static int nppsDivCRev_16u(@Cast(value="const Npp16u*")
                            short[] pSrc,
                            @Cast(value="Npp16u")
                            short nValue,
                            @Cast(value="Npp16u*")
                            short[] pDst,
                            int nLength)

nppsDivCRev_32f_I

@Cast(value="NppStatus")
public static int nppsDivCRev_32f_I(@Cast(value="Npp32f")
                              float nValue,
                              @Cast(value="Npp32f*")
                              FloatPointer pSrcDst,
                              int nLength)

32-bit floating point in place constant divided by signal. \param pSrcDst \ref in_place_signal_pointer. \param nValue Constant value to be divided by each vector element \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsDivCRev_32f_I

@Cast(value="NppStatus")
public static int nppsDivCRev_32f_I(@Cast(value="Npp32f")
                              float nValue,
                              @Cast(value="Npp32f*")
                              FloatBuffer pSrcDst,
                              int nLength)

nppsDivCRev_32f_I

@Cast(value="NppStatus")
public static int nppsDivCRev_32f_I(@Cast(value="Npp32f")
                              float nValue,
                              @Cast(value="Npp32f*")
                              float[] pSrcDst,
                              int nLength)

nppsDivCRev_32f

@Cast(value="NppStatus")
public static int nppsDivCRev_32f(@Cast(value="const Npp32f*")
                            FloatPointer pSrc,
                            @Cast(value="Npp32f")
                            float nValue,
                            @Cast(value="Npp32f*")
                            FloatPointer pDst,
                            int nLength)

32-bit floating point constant divided by signal. \param pSrc \ref source_signal_pointer. \param nValue Constant value to be divided by each vector element \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsDivCRev_32f

@Cast(value="NppStatus")
public static int nppsDivCRev_32f(@Cast(value="const Npp32f*")
                            FloatBuffer pSrc,
                            @Cast(value="Npp32f")
                            float nValue,
                            @Cast(value="Npp32f*")
                            FloatBuffer pDst,
                            int nLength)

nppsDivCRev_32f

@Cast(value="NppStatus")
public static int nppsDivCRev_32f(@Cast(value="const Npp32f*")
                            float[] pSrc,
                            @Cast(value="Npp32f")
                            float nValue,
                            @Cast(value="Npp32f*")
                            float[] pDst,
                            int nLength)

nppsAdd_16s

@Cast(value="NppStatus")
public static int nppsAdd_16s(@Cast(value="const Npp16s*")
                        ShortPointer pSrc1,
                        @Cast(value="const Npp16s*")
                        ShortPointer pSrc2,
                        @Cast(value="Npp16s*")
                        ShortPointer pDst,
                        int nLength)

16-bit signed short signal add signal, then clamp to saturated value. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. signal2 elements to be added to signal1 elements \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsAdd_16s

@Cast(value="NppStatus")
public static int nppsAdd_16s(@Cast(value="const Npp16s*")
                        ShortBuffer pSrc1,
                        @Cast(value="const Npp16s*")
                        ShortBuffer pSrc2,
                        @Cast(value="Npp16s*")
                        ShortBuffer pDst,
                        int nLength)

nppsAdd_16s

@Cast(value="NppStatus")
public static int nppsAdd_16s(@Cast(value="const Npp16s*")
                        short[] pSrc1,
                        @Cast(value="const Npp16s*")
                        short[] pSrc2,
                        @Cast(value="Npp16s*")
                        short[] pDst,
                        int nLength)

nppsAdd_16u

@Cast(value="NppStatus")
public static int nppsAdd_16u(@Cast(value="const Npp16u*")
                        ShortPointer pSrc1,
                        @Cast(value="const Npp16u*")
                        ShortPointer pSrc2,
                        @Cast(value="Npp16u*")
                        ShortPointer pDst,
                        int nLength)

16-bit unsigned short signal add signal, then clamp to saturated value. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. signal2 elements to be added to signal1 elements \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsAdd_16u

@Cast(value="NppStatus")
public static int nppsAdd_16u(@Cast(value="const Npp16u*")
                        ShortBuffer pSrc1,
                        @Cast(value="const Npp16u*")
                        ShortBuffer pSrc2,
                        @Cast(value="Npp16u*")
                        ShortBuffer pDst,
                        int nLength)

nppsAdd_16u

@Cast(value="NppStatus")
public static int nppsAdd_16u(@Cast(value="const Npp16u*")
                        short[] pSrc1,
                        @Cast(value="const Npp16u*")
                        short[] pSrc2,
                        @Cast(value="Npp16u*")
                        short[] pDst,
                        int nLength)

nppsAdd_32u

@Cast(value="NppStatus")
public static int nppsAdd_32u(@Cast(value="const Npp32u*")
                        IntPointer pSrc1,
                        @Cast(value="const Npp32u*")
                        IntPointer pSrc2,
                        @Cast(value="Npp32u*")
                        IntPointer pDst,
                        int nLength)

32-bit unsigned int signal add signal, then clamp to saturated value. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. signal2 elements to be added to signal1 elements \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsAdd_32u

@Cast(value="NppStatus")
public static int nppsAdd_32u(@Cast(value="const Npp32u*")
                        IntBuffer pSrc1,
                        @Cast(value="const Npp32u*")
                        IntBuffer pSrc2,
                        @Cast(value="Npp32u*")
                        IntBuffer pDst,
                        int nLength)

nppsAdd_32u

@Cast(value="NppStatus")
public static int nppsAdd_32u(@Cast(value="const Npp32u*")
                        int[] pSrc1,
                        @Cast(value="const Npp32u*")
                        int[] pSrc2,
                        @Cast(value="Npp32u*")
                        int[] pDst,
                        int nLength)

nppsAdd_32f

@Cast(value="NppStatus")
public static int nppsAdd_32f(@Cast(value="const Npp32f*")
                        FloatPointer pSrc1,
                        @Cast(value="const Npp32f*")
                        FloatPointer pSrc2,
                        @Cast(value="Npp32f*")
                        FloatPointer pDst,
                        int nLength)

32-bit floating point signal add signal, then clamp to saturated value. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. signal2 elements to be added to signal1 elements \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsAdd_32f

@Cast(value="NppStatus")
public static int nppsAdd_32f(@Cast(value="const Npp32f*")
                        FloatBuffer pSrc1,
                        @Cast(value="const Npp32f*")
                        FloatBuffer pSrc2,
                        @Cast(value="Npp32f*")
                        FloatBuffer pDst,
                        int nLength)

nppsAdd_32f

@Cast(value="NppStatus")
public static int nppsAdd_32f(@Cast(value="const Npp32f*")
                        float[] pSrc1,
                        @Cast(value="const Npp32f*")
                        float[] pSrc2,
                        @Cast(value="Npp32f*")
                        float[] pDst,
                        int nLength)

nppsAdd_64f

@Cast(value="NppStatus")
public static int nppsAdd_64f(@Cast(value="const Npp64f*")
                        DoublePointer pSrc1,
                        @Cast(value="const Npp64f*")
                        DoublePointer pSrc2,
                        @Cast(value="Npp64f*")
                        DoublePointer pDst,
                        int nLength)

64-bit floating point signal add signal, then clamp to saturated value. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. signal2 elements to be added to signal1 elements \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsAdd_64f

@Cast(value="NppStatus")
public static int nppsAdd_64f(@Cast(value="const Npp64f*")
                        DoubleBuffer pSrc1,
                        @Cast(value="const Npp64f*")
                        DoubleBuffer pSrc2,
                        @Cast(value="Npp64f*")
                        DoubleBuffer pDst,
                        int nLength)

nppsAdd_64f

@Cast(value="NppStatus")
public static int nppsAdd_64f(@Cast(value="const Npp64f*")
                        double[] pSrc1,
                        @Cast(value="const Npp64f*")
                        double[] pSrc2,
                        @Cast(value="Npp64f*")
                        double[] pDst,
                        int nLength)

nppsAdd_32fc

@Cast(value="NppStatus")
public static int nppsAdd_32fc(@Const
                         nppc.Npp32fc pSrc1,
                         @Const
                         nppc.Npp32fc pSrc2,
                         nppc.Npp32fc pDst,
                         int nLength)

32-bit complex floating point signal add signal, then clamp to saturated value. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. signal2 elements to be added to signal1 elements \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsAdd_64fc

@Cast(value="NppStatus")
public static int nppsAdd_64fc(@Const
                         nppc.Npp64fc pSrc1,
                         @Const
                         nppc.Npp64fc pSrc2,
                         nppc.Npp64fc pDst,
                         int nLength)

64-bit complex floating point signal add signal, then clamp to saturated value. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. signal2 elements to be added to signal1 elements \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsAdd_8u16u

@Cast(value="NppStatus")
public static int nppsAdd_8u16u(@Cast(value="const Npp8u*")
                          BytePointer pSrc1,
                          @Cast(value="const Npp8u*")
                          BytePointer pSrc2,
                          @Cast(value="Npp16u*")
                          ShortPointer pDst,
                          int nLength)

8-bit unsigned char signal add signal with 16-bit unsigned result, then clamp to saturated value. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. signal2 elements to be added to signal1 elements \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsAdd_8u16u

@Cast(value="NppStatus")
public static int nppsAdd_8u16u(@Cast(value="const Npp8u*")
                          ByteBuffer pSrc1,
                          @Cast(value="const Npp8u*")
                          ByteBuffer pSrc2,
                          @Cast(value="Npp16u*")
                          ShortBuffer pDst,
                          int nLength)

nppsAdd_8u16u

@Cast(value="NppStatus")
public static int nppsAdd_8u16u(@Cast(value="const Npp8u*")
                          byte[] pSrc1,
                          @Cast(value="const Npp8u*")
                          byte[] pSrc2,
                          @Cast(value="Npp16u*")
                          short[] pDst,
                          int nLength)

nppsAdd_16s32f

@Cast(value="NppStatus")
public static int nppsAdd_16s32f(@Cast(value="const Npp16s*")
                           ShortPointer pSrc1,
                           @Cast(value="const Npp16s*")
                           ShortPointer pSrc2,
                           @Cast(value="Npp32f*")
                           FloatPointer pDst,
                           int nLength)

16-bit signed short signal add signal with 32-bit floating point result, then clamp to saturated value. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. signal2 elements to be added to signal1 elements \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsAdd_16s32f

@Cast(value="NppStatus")
public static int nppsAdd_16s32f(@Cast(value="const Npp16s*")
                           ShortBuffer pSrc1,
                           @Cast(value="const Npp16s*")
                           ShortBuffer pSrc2,
                           @Cast(value="Npp32f*")
                           FloatBuffer pDst,
                           int nLength)

nppsAdd_16s32f

@Cast(value="NppStatus")
public static int nppsAdd_16s32f(@Cast(value="const Npp16s*")
                           short[] pSrc1,
                           @Cast(value="const Npp16s*")
                           short[] pSrc2,
                           @Cast(value="Npp32f*")
                           float[] pDst,
                           int nLength)

nppsAdd_8u_Sfs

@Cast(value="NppStatus")
public static int nppsAdd_8u_Sfs(@Cast(value="const Npp8u*")
                           BytePointer pSrc1,
                           @Cast(value="const Npp8u*")
                           BytePointer pSrc2,
                           @Cast(value="Npp8u*")
                           BytePointer pDst,
                           int nLength,
                           int nScaleFactor)

8-bit unsigned char add signal, scale, then clamp to saturated value. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer, signal2 elements to be added to signal1 elements. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsAdd_8u_Sfs

@Cast(value="NppStatus")
public static int nppsAdd_8u_Sfs(@Cast(value="const Npp8u*")
                           ByteBuffer pSrc1,
                           @Cast(value="const Npp8u*")
                           ByteBuffer pSrc2,
                           @Cast(value="Npp8u*")
                           ByteBuffer pDst,
                           int nLength,
                           int nScaleFactor)

nppsAdd_8u_Sfs

@Cast(value="NppStatus")
public static int nppsAdd_8u_Sfs(@Cast(value="const Npp8u*")
                           byte[] pSrc1,
                           @Cast(value="const Npp8u*")
                           byte[] pSrc2,
                           @Cast(value="Npp8u*")
                           byte[] pDst,
                           int nLength,
                           int nScaleFactor)

nppsAdd_16u_Sfs

@Cast(value="NppStatus")
public static int nppsAdd_16u_Sfs(@Cast(value="const Npp16u*")
                            ShortPointer pSrc1,
                            @Cast(value="const Npp16u*")
                            ShortPointer pSrc2,
                            @Cast(value="Npp16u*")
                            ShortPointer pDst,
                            int nLength,
                            int nScaleFactor)

16-bit unsigned short add signal, scale, then clamp to saturated value. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer, signal2 elements to be added to signal1 elements. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsAdd_16u_Sfs

@Cast(value="NppStatus")
public static int nppsAdd_16u_Sfs(@Cast(value="const Npp16u*")
                            ShortBuffer pSrc1,
                            @Cast(value="const Npp16u*")
                            ShortBuffer pSrc2,
                            @Cast(value="Npp16u*")
                            ShortBuffer pDst,
                            int nLength,
                            int nScaleFactor)

nppsAdd_16u_Sfs

@Cast(value="NppStatus")
public static int nppsAdd_16u_Sfs(@Cast(value="const Npp16u*")
                            short[] pSrc1,
                            @Cast(value="const Npp16u*")
                            short[] pSrc2,
                            @Cast(value="Npp16u*")
                            short[] pDst,
                            int nLength,
                            int nScaleFactor)

nppsAdd_16s_Sfs

@Cast(value="NppStatus")
public static int nppsAdd_16s_Sfs(@Cast(value="const Npp16s*")
                            ShortPointer pSrc1,
                            @Cast(value="const Npp16s*")
                            ShortPointer pSrc2,
                            @Cast(value="Npp16s*")
                            ShortPointer pDst,
                            int nLength,
                            int nScaleFactor)

16-bit signed short add signal, scale, then clamp to saturated value. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer, signal2 elements to be added to signal1 elements. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsAdd_16s_Sfs

@Cast(value="NppStatus")
public static int nppsAdd_16s_Sfs(@Cast(value="const Npp16s*")
                            ShortBuffer pSrc1,
                            @Cast(value="const Npp16s*")
                            ShortBuffer pSrc2,
                            @Cast(value="Npp16s*")
                            ShortBuffer pDst,
                            int nLength,
                            int nScaleFactor)

nppsAdd_16s_Sfs

@Cast(value="NppStatus")
public static int nppsAdd_16s_Sfs(@Cast(value="const Npp16s*")
                            short[] pSrc1,
                            @Cast(value="const Npp16s*")
                            short[] pSrc2,
                            @Cast(value="Npp16s*")
                            short[] pDst,
                            int nLength,
                            int nScaleFactor)

nppsAdd_32s_Sfs

@Cast(value="NppStatus")
public static int nppsAdd_32s_Sfs(@Cast(value="const Npp32s*")
                            IntPointer pSrc1,
                            @Cast(value="const Npp32s*")
                            IntPointer pSrc2,
                            @Cast(value="Npp32s*")
                            IntPointer pDst,
                            int nLength,
                            int nScaleFactor)

32-bit signed integer add signal, scale, then clamp to saturated value. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer, signal2 elements to be added to signal1 elements. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsAdd_32s_Sfs

@Cast(value="NppStatus")
public static int nppsAdd_32s_Sfs(@Cast(value="const Npp32s*")
                            IntBuffer pSrc1,
                            @Cast(value="const Npp32s*")
                            IntBuffer pSrc2,
                            @Cast(value="Npp32s*")
                            IntBuffer pDst,
                            int nLength,
                            int nScaleFactor)

nppsAdd_32s_Sfs

@Cast(value="NppStatus")
public static int nppsAdd_32s_Sfs(@Cast(value="const Npp32s*")
                            int[] pSrc1,
                            @Cast(value="const Npp32s*")
                            int[] pSrc2,
                            @Cast(value="Npp32s*")
                            int[] pDst,
                            int nLength,
                            int nScaleFactor)

nppsAdd_64s_Sfs

@Cast(value="NppStatus")
public static int nppsAdd_64s_Sfs(@Cast(value="const Npp64s*")
                            LongPointer pSrc1,
                            @Cast(value="const Npp64s*")
                            LongPointer pSrc2,
                            @Cast(value="Npp64s*")
                            LongPointer pDst,
                            int nLength,
                            int nScaleFactor)

64-bit signed integer add signal, scale, then clamp to saturated value. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer, signal2 elements to be added to signal1 elements. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsAdd_64s_Sfs

@Cast(value="NppStatus")
public static int nppsAdd_64s_Sfs(@Cast(value="const Npp64s*")
                            LongBuffer pSrc1,
                            @Cast(value="const Npp64s*")
                            LongBuffer pSrc2,
                            @Cast(value="Npp64s*")
                            LongBuffer pDst,
                            int nLength,
                            int nScaleFactor)

nppsAdd_64s_Sfs

@Cast(value="NppStatus")
public static int nppsAdd_64s_Sfs(@Cast(value="const Npp64s*")
                            long[] pSrc1,
                            @Cast(value="const Npp64s*")
                            long[] pSrc2,
                            @Cast(value="Npp64s*")
                            long[] pDst,
                            int nLength,
                            int nScaleFactor)

nppsAdd_16sc_Sfs

@Cast(value="NppStatus")
public static int nppsAdd_16sc_Sfs(@Const
                             nppc.Npp16sc pSrc1,
                             @Const
                             nppc.Npp16sc pSrc2,
                             nppc.Npp16sc pDst,
                             int nLength,
                             int nScaleFactor)

16-bit signed complex short add signal, scale, then clamp to saturated value. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer, signal2 elements to be added to signal1 elements. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsAdd_32sc_Sfs

@Cast(value="NppStatus")
public static int nppsAdd_32sc_Sfs(@Const
                             nppc.Npp32sc pSrc1,
                             @Const
                             nppc.Npp32sc pSrc2,
                             nppc.Npp32sc pDst,
                             int nLength,
                             int nScaleFactor)

32-bit signed complex integer add signal, scale, then clamp to saturated value. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer, signal2 elements to be added to signal1 elements. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsAdd_16s_I

@Cast(value="NppStatus")
public static int nppsAdd_16s_I(@Cast(value="const Npp16s*")
                          ShortPointer pSrc,
                          @Cast(value="Npp16s*")
                          ShortPointer pSrcDst,
                          int nLength)

16-bit signed short in place signal add signal, then clamp to saturated value. \param pSrc \ref source_signal_pointer. \param pSrcDst \ref in_place_signal_pointer. signal2 elements to be added to signal1 elements \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsAdd_16s_I

@Cast(value="NppStatus")
public static int nppsAdd_16s_I(@Cast(value="const Npp16s*")
                          ShortBuffer pSrc,
                          @Cast(value="Npp16s*")
                          ShortBuffer pSrcDst,
                          int nLength)

nppsAdd_16s_I

@Cast(value="NppStatus")
public static int nppsAdd_16s_I(@Cast(value="const Npp16s*")
                          short[] pSrc,
                          @Cast(value="Npp16s*")
                          short[] pSrcDst,
                          int nLength)

nppsAdd_32f_I

@Cast(value="NppStatus")
public static int nppsAdd_32f_I(@Cast(value="const Npp32f*")
                          FloatPointer pSrc,
                          @Cast(value="Npp32f*")
                          FloatPointer pSrcDst,
                          int nLength)

32-bit floating point in place signal add signal, then clamp to saturated value. \param pSrc \ref source_signal_pointer. \param pSrcDst \ref in_place_signal_pointer. signal2 elements to be added to signal1 elements \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsAdd_32f_I

@Cast(value="NppStatus")
public static int nppsAdd_32f_I(@Cast(value="const Npp32f*")
                          FloatBuffer pSrc,
                          @Cast(value="Npp32f*")
                          FloatBuffer pSrcDst,
                          int nLength)

nppsAdd_32f_I

@Cast(value="NppStatus")
public static int nppsAdd_32f_I(@Cast(value="const Npp32f*")
                          float[] pSrc,
                          @Cast(value="Npp32f*")
                          float[] pSrcDst,
                          int nLength)

nppsAdd_64f_I

@Cast(value="NppStatus")
public static int nppsAdd_64f_I(@Cast(value="const Npp64f*")
                          DoublePointer pSrc,
                          @Cast(value="Npp64f*")
                          DoublePointer pSrcDst,
                          int nLength)

64-bit floating point in place signal add signal, then clamp to saturated value. \param pSrc \ref source_signal_pointer. \param pSrcDst \ref in_place_signal_pointer. signal2 elements to be added to signal1 elements \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsAdd_64f_I

@Cast(value="NppStatus")
public static int nppsAdd_64f_I(@Cast(value="const Npp64f*")
                          DoubleBuffer pSrc,
                          @Cast(value="Npp64f*")
                          DoubleBuffer pSrcDst,
                          int nLength)

nppsAdd_64f_I

@Cast(value="NppStatus")
public static int nppsAdd_64f_I(@Cast(value="const Npp64f*")
                          double[] pSrc,
                          @Cast(value="Npp64f*")
                          double[] pSrcDst,
                          int nLength)

nppsAdd_32fc_I
```
@Cast(value="NppStatus")
public static int nppsAdd_32fc_I(@Const
                           nppc.Npp32fc pSrc,
                           nppc.Npp32fc pSrcDst,
                           int nLength)
```
32-bit complex floating point in place signal add signal, then clamp to saturated value. \param pSrc \ref source_signal_pointer. \param pSrcDst \ref in_place_signal_pointer. signal2 elements to be added to signal1 elements \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsAdd_64fc_I
```
@Cast(value="NppStatus")
public static int nppsAdd_64fc_I(@Const
                           nppc.Npp64fc pSrc,
                           nppc.Npp64fc pSrcDst,
                           int nLength)
```
64-bit complex floating point in place signal add signal, then clamp to saturated value. \param pSrc \ref source_signal_pointer. \param pSrcDst \ref in_place_signal_pointer. signal2 elements to be added to signal1 elements \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsAdd_16s32s_I

@Cast(value="NppStatus")
public static int nppsAdd_16s32s_I(@Cast(value="const Npp16s*")
                             ShortPointer pSrc,
                             @Cast(value="Npp32s*")
                             IntPointer pSrcDst,
                             int nLength)

16/32-bit signed short in place signal add signal with 32-bit signed integer results, then clamp to saturated value. \param pSrc \ref source_signal_pointer. \param pSrcDst \ref in_place_signal_pointer. signal2 elements to be added to signal1 elements \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsAdd_16s32s_I

@Cast(value="NppStatus")
public static int nppsAdd_16s32s_I(@Cast(value="const Npp16s*")
                             ShortBuffer pSrc,
                             @Cast(value="Npp32s*")
                             IntBuffer pSrcDst,
                             int nLength)

nppsAdd_16s32s_I

@Cast(value="NppStatus")
public static int nppsAdd_16s32s_I(@Cast(value="const Npp16s*")
                             short[] pSrc,
                             @Cast(value="Npp32s*")
                             int[] pSrcDst,
                             int nLength)

nppsAdd_8u_ISfs

@Cast(value="NppStatus")
public static int nppsAdd_8u_ISfs(@Cast(value="const Npp8u*")
                            BytePointer pSrc,
                            @Cast(value="Npp8u*")
                            BytePointer pSrcDst,
                            int nLength,
                            int nScaleFactor)

8-bit unsigned char in place signal add signal, with scaling, then clamp to saturated value. \param pSrc \ref source_signal_pointer. \param pSrcDst \ref in_place_signal_pointer. signal2 elements to be added to signal1 elements \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsAdd_8u_ISfs

@Cast(value="NppStatus")
public static int nppsAdd_8u_ISfs(@Cast(value="const Npp8u*")
                            ByteBuffer pSrc,
                            @Cast(value="Npp8u*")
                            ByteBuffer pSrcDst,
                            int nLength,
                            int nScaleFactor)

nppsAdd_8u_ISfs

@Cast(value="NppStatus")
public static int nppsAdd_8u_ISfs(@Cast(value="const Npp8u*")
                            byte[] pSrc,
                            @Cast(value="Npp8u*")
                            byte[] pSrcDst,
                            int nLength,
                            int nScaleFactor)

nppsAdd_16u_ISfs

@Cast(value="NppStatus")
public static int nppsAdd_16u_ISfs(@Cast(value="const Npp16u*")
                             ShortPointer pSrc,
                             @Cast(value="Npp16u*")
                             ShortPointer pSrcDst,
                             int nLength,
                             int nScaleFactor)

16-bit unsigned short in place signal add signal, with scaling, then clamp to saturated value. \param pSrc \ref source_signal_pointer. \param pSrcDst \ref in_place_signal_pointer. signal2 elements to be added to signal1 elements \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsAdd_16u_ISfs

@Cast(value="NppStatus")
public static int nppsAdd_16u_ISfs(@Cast(value="const Npp16u*")
                             ShortBuffer pSrc,
                             @Cast(value="Npp16u*")
                             ShortBuffer pSrcDst,
                             int nLength,
                             int nScaleFactor)

nppsAdd_16u_ISfs

@Cast(value="NppStatus")
public static int nppsAdd_16u_ISfs(@Cast(value="const Npp16u*")
                             short[] pSrc,
                             @Cast(value="Npp16u*")
                             short[] pSrcDst,
                             int nLength,
                             int nScaleFactor)

nppsAdd_16s_ISfs

@Cast(value="NppStatus")
public static int nppsAdd_16s_ISfs(@Cast(value="const Npp16s*")
                             ShortPointer pSrc,
                             @Cast(value="Npp16s*")
                             ShortPointer pSrcDst,
                             int nLength,
                             int nScaleFactor)

16-bit signed short in place signal add signal, with scaling, then clamp to saturated value. \param pSrc \ref source_signal_pointer. \param pSrcDst \ref in_place_signal_pointer. signal2 elements to be added to signal1 elements \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsAdd_16s_ISfs

@Cast(value="NppStatus")
public static int nppsAdd_16s_ISfs(@Cast(value="const Npp16s*")
                             ShortBuffer pSrc,
                             @Cast(value="Npp16s*")
                             ShortBuffer pSrcDst,
                             int nLength,
                             int nScaleFactor)

nppsAdd_16s_ISfs

@Cast(value="NppStatus")
public static int nppsAdd_16s_ISfs(@Cast(value="const Npp16s*")
                             short[] pSrc,
                             @Cast(value="Npp16s*")
                             short[] pSrcDst,
                             int nLength,
                             int nScaleFactor)

nppsAdd_32s_ISfs

@Cast(value="NppStatus")
public static int nppsAdd_32s_ISfs(@Cast(value="const Npp32s*")
                             IntPointer pSrc,
                             @Cast(value="Npp32s*")
                             IntPointer pSrcDst,
                             int nLength,
                             int nScaleFactor)

32-bit signed integer in place signal add signal, with scaling, then clamp to saturated value. \param pSrc \ref source_signal_pointer. \param pSrcDst \ref in_place_signal_pointer. signal2 elements to be added to signal1 elements \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsAdd_32s_ISfs

@Cast(value="NppStatus")
public static int nppsAdd_32s_ISfs(@Cast(value="const Npp32s*")
                             IntBuffer pSrc,
                             @Cast(value="Npp32s*")
                             IntBuffer pSrcDst,
                             int nLength,
                             int nScaleFactor)

nppsAdd_32s_ISfs

@Cast(value="NppStatus")
public static int nppsAdd_32s_ISfs(@Cast(value="const Npp32s*")
                             int[] pSrc,
                             @Cast(value="Npp32s*")
                             int[] pSrcDst,
                             int nLength,
                             int nScaleFactor)

nppsAdd_16sc_ISfs
```
@Cast(value="NppStatus")
public static int nppsAdd_16sc_ISfs(@Const
                              nppc.Npp16sc pSrc,
                              nppc.Npp16sc pSrcDst,
                              int nLength,
                              int nScaleFactor)
```
16-bit complex signed short in place signal add signal, with scaling, then clamp to saturated value. \param pSrc \ref source_signal_pointer. \param pSrcDst \ref in_place_signal_pointer. signal2 elements to be added to signal1 elements \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsAdd_32sc_ISfs
```
@Cast(value="NppStatus")
public static int nppsAdd_32sc_ISfs(@Const
                              nppc.Npp32sc pSrc,
                              nppc.Npp32sc pSrcDst,
                              int nLength,
                              int nScaleFactor)
```
32-bit complex signed integer in place signal add signal, with scaling, then clamp to saturated value. \param pSrc \ref source_signal_pointer. \param pSrcDst \ref in_place_signal_pointer. signal2 elements to be added to signal1 elements \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsAddProduct_32f

@Cast(value="NppStatus")
public static int nppsAddProduct_32f(@Cast(value="const Npp32f*")
                               FloatPointer pSrc1,
                               @Cast(value="const Npp32f*")
                               FloatPointer pSrc2,
                               @Cast(value="Npp32f*")
                               FloatPointer pDst,
                               int nLength)

32-bit floating point signal add product of source signal times destination signal to destination signal, then clamp to saturated value. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. \param pDst \ref destination_signal_pointer. product of source1 and source2 signal elements to be added to destination elements \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsAddProduct_32f

@Cast(value="NppStatus")
public static int nppsAddProduct_32f(@Cast(value="const Npp32f*")
                               FloatBuffer pSrc1,
                               @Cast(value="const Npp32f*")
                               FloatBuffer pSrc2,
                               @Cast(value="Npp32f*")
                               FloatBuffer pDst,
                               int nLength)

nppsAddProduct_32f

@Cast(value="NppStatus")
public static int nppsAddProduct_32f(@Cast(value="const Npp32f*")
                               float[] pSrc1,
                               @Cast(value="const Npp32f*")
                               float[] pSrc2,
                               @Cast(value="Npp32f*")
                               float[] pDst,
                               int nLength)

nppsAddProduct_64f

@Cast(value="NppStatus")
public static int nppsAddProduct_64f(@Cast(value="const Npp64f*")
                               DoublePointer pSrc1,
                               @Cast(value="const Npp64f*")
                               DoublePointer pSrc2,
                               @Cast(value="Npp64f*")
                               DoublePointer pDst,
                               int nLength)

64-bit floating point signal add product of source signal times destination signal to destination signal, then clamp to saturated value. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. \param pDst \ref destination_signal_pointer. product of source1 and source2 signal elements to be added to destination elements \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsAddProduct_64f

@Cast(value="NppStatus")
public static int nppsAddProduct_64f(@Cast(value="const Npp64f*")
                               DoubleBuffer pSrc1,
                               @Cast(value="const Npp64f*")
                               DoubleBuffer pSrc2,
                               @Cast(value="Npp64f*")
                               DoubleBuffer pDst,
                               int nLength)

nppsAddProduct_64f

@Cast(value="NppStatus")
public static int nppsAddProduct_64f(@Cast(value="const Npp64f*")
                               double[] pSrc1,
                               @Cast(value="const Npp64f*")
                               double[] pSrc2,
                               @Cast(value="Npp64f*")
                               double[] pDst,
                               int nLength)

nppsAddProduct_32fc
```
@Cast(value="NppStatus")
public static int nppsAddProduct_32fc(@Const
                                nppc.Npp32fc pSrc1,
                                @Const
                                nppc.Npp32fc pSrc2,
                                nppc.Npp32fc pDst,
                                int nLength)
```
32-bit complex floating point signal add product of source signal times destination signal to destination signal, then clamp to saturated value. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. \param pDst \ref destination_signal_pointer. product of source1 and source2 signal elements to be added to destination elements \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsAddProduct_64fc
```
@Cast(value="NppStatus")
public static int nppsAddProduct_64fc(@Const
                                nppc.Npp64fc pSrc1,
                                @Const
                                nppc.Npp64fc pSrc2,
                                nppc.Npp64fc pDst,
                                int nLength)
```
64-bit complex floating point signal add product of source signal times destination signal to destination signal, then clamp to saturated value. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. \param pDst \ref destination_signal_pointer. product of source1 and source2 signal elements to be added to destination elements \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsAddProduct_16s_Sfs

@Cast(value="NppStatus")
public static int nppsAddProduct_16s_Sfs(@Cast(value="const Npp16s*")
                                   ShortPointer pSrc1,
                                   @Cast(value="const Npp16s*")
                                   ShortPointer pSrc2,
                                   @Cast(value="Npp16s*")
                                   ShortPointer pDst,
                                   int nLength,
                                   int nScaleFactor)

16-bit signed short signal add product of source signal1 times source signal2 to destination signal, with scaling, then clamp to saturated value. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. \param pDst \ref destination_signal_pointer. product of source1 and source2 signal elements to be added to destination elements \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsAddProduct_16s_Sfs

@Cast(value="NppStatus")
public static int nppsAddProduct_16s_Sfs(@Cast(value="const Npp16s*")
                                   ShortBuffer pSrc1,
                                   @Cast(value="const Npp16s*")
                                   ShortBuffer pSrc2,
                                   @Cast(value="Npp16s*")
                                   ShortBuffer pDst,
                                   int nLength,
                                   int nScaleFactor)

nppsAddProduct_16s_Sfs

@Cast(value="NppStatus")
public static int nppsAddProduct_16s_Sfs(@Cast(value="const Npp16s*")
                                   short[] pSrc1,
                                   @Cast(value="const Npp16s*")
                                   short[] pSrc2,
                                   @Cast(value="Npp16s*")
                                   short[] pDst,
                                   int nLength,
                                   int nScaleFactor)

nppsAddProduct_32s_Sfs

@Cast(value="NppStatus")
public static int nppsAddProduct_32s_Sfs(@Cast(value="const Npp32s*")
                                   IntPointer pSrc1,
                                   @Cast(value="const Npp32s*")
                                   IntPointer pSrc2,
                                   @Cast(value="Npp32s*")
                                   IntPointer pDst,
                                   int nLength,
                                   int nScaleFactor)

32-bit signed short signal add product of source signal1 times source signal2 to destination signal, with scaling, then clamp to saturated value. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. \param pDst \ref destination_signal_pointer. product of source1 and source2 signal elements to be added to destination elements \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsAddProduct_32s_Sfs

@Cast(value="NppStatus")
public static int nppsAddProduct_32s_Sfs(@Cast(value="const Npp32s*")
                                   IntBuffer pSrc1,
                                   @Cast(value="const Npp32s*")
                                   IntBuffer pSrc2,
                                   @Cast(value="Npp32s*")
                                   IntBuffer pDst,
                                   int nLength,
                                   int nScaleFactor)

nppsAddProduct_32s_Sfs

@Cast(value="NppStatus")
public static int nppsAddProduct_32s_Sfs(@Cast(value="const Npp32s*")
                                   int[] pSrc1,
                                   @Cast(value="const Npp32s*")
                                   int[] pSrc2,
                                   @Cast(value="Npp32s*")
                                   int[] pDst,
                                   int nLength,
                                   int nScaleFactor)

nppsAddProduct_16s32s_Sfs

@Cast(value="NppStatus")
public static int nppsAddProduct_16s32s_Sfs(@Cast(value="const Npp16s*")
                                      ShortPointer pSrc1,
                                      @Cast(value="const Npp16s*")
                                      ShortPointer pSrc2,
                                      @Cast(value="Npp32s*")
                                      IntPointer pDst,
                                      int nLength,
                                      int nScaleFactor)

16-bit signed short signal add product of source signal1 times source signal2 to 32-bit signed integer destination signal, with scaling, then clamp to saturated value. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. \param pDst \ref destination_signal_pointer. product of source1 and source2 signal elements to be added to destination elements \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsAddProduct_16s32s_Sfs

@Cast(value="NppStatus")
public static int nppsAddProduct_16s32s_Sfs(@Cast(value="const Npp16s*")
                                      ShortBuffer pSrc1,
                                      @Cast(value="const Npp16s*")
                                      ShortBuffer pSrc2,
                                      @Cast(value="Npp32s*")
                                      IntBuffer pDst,
                                      int nLength,
                                      int nScaleFactor)

nppsAddProduct_16s32s_Sfs

@Cast(value="NppStatus")
public static int nppsAddProduct_16s32s_Sfs(@Cast(value="const Npp16s*")
                                      short[] pSrc1,
                                      @Cast(value="const Npp16s*")
                                      short[] pSrc2,
                                      @Cast(value="Npp32s*")
                                      int[] pDst,
                                      int nLength,
                                      int nScaleFactor)

nppsMul_16s

@Cast(value="NppStatus")
public static int nppsMul_16s(@Cast(value="const Npp16s*")
                        ShortPointer pSrc1,
                        @Cast(value="const Npp16s*")
                        ShortPointer pSrc2,
                        @Cast(value="Npp16s*")
                        ShortPointer pDst,
                        int nLength)

16-bit signed short signal times signal, then clamp to saturated value. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. signal2 elements to be multiplied by signal1 elements \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMul_16s

@Cast(value="NppStatus")
public static int nppsMul_16s(@Cast(value="const Npp16s*")
                        ShortBuffer pSrc1,
                        @Cast(value="const Npp16s*")
                        ShortBuffer pSrc2,
                        @Cast(value="Npp16s*")
                        ShortBuffer pDst,
                        int nLength)

nppsMul_16s

@Cast(value="NppStatus")
public static int nppsMul_16s(@Cast(value="const Npp16s*")
                        short[] pSrc1,
                        @Cast(value="const Npp16s*")
                        short[] pSrc2,
                        @Cast(value="Npp16s*")
                        short[] pDst,
                        int nLength)

nppsMul_32f

@Cast(value="NppStatus")
public static int nppsMul_32f(@Cast(value="const Npp32f*")
                        FloatPointer pSrc1,
                        @Cast(value="const Npp32f*")
                        FloatPointer pSrc2,
                        @Cast(value="Npp32f*")
                        FloatPointer pDst,
                        int nLength)

32-bit floating point signal times signal, then clamp to saturated value. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. signal2 elements to be multiplied by signal1 elements \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMul_32f

@Cast(value="NppStatus")
public static int nppsMul_32f(@Cast(value="const Npp32f*")
                        FloatBuffer pSrc1,
                        @Cast(value="const Npp32f*")
                        FloatBuffer pSrc2,
                        @Cast(value="Npp32f*")
                        FloatBuffer pDst,
                        int nLength)

nppsMul_32f

@Cast(value="NppStatus")
public static int nppsMul_32f(@Cast(value="const Npp32f*")
                        float[] pSrc1,
                        @Cast(value="const Npp32f*")
                        float[] pSrc2,
                        @Cast(value="Npp32f*")
                        float[] pDst,
                        int nLength)

nppsMul_64f

@Cast(value="NppStatus")
public static int nppsMul_64f(@Cast(value="const Npp64f*")
                        DoublePointer pSrc1,
                        @Cast(value="const Npp64f*")
                        DoublePointer pSrc2,
                        @Cast(value="Npp64f*")
                        DoublePointer pDst,
                        int nLength)

64-bit floating point signal times signal, then clamp to saturated value. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. signal2 elements to be multiplied by signal1 elements \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMul_64f

@Cast(value="NppStatus")
public static int nppsMul_64f(@Cast(value="const Npp64f*")
                        DoubleBuffer pSrc1,
                        @Cast(value="const Npp64f*")
                        DoubleBuffer pSrc2,
                        @Cast(value="Npp64f*")
                        DoubleBuffer pDst,
                        int nLength)

nppsMul_64f

@Cast(value="NppStatus")
public static int nppsMul_64f(@Cast(value="const Npp64f*")
                        double[] pSrc1,
                        @Cast(value="const Npp64f*")
                        double[] pSrc2,
                        @Cast(value="Npp64f*")
                        double[] pDst,
                        int nLength)

nppsMul_32fc
```
@Cast(value="NppStatus")
public static int nppsMul_32fc(@Const
                         nppc.Npp32fc pSrc1,
                         @Const
                         nppc.Npp32fc pSrc2,
                         nppc.Npp32fc pDst,
                         int nLength)
```
32-bit complex floating point signal times signal, then clamp to saturated value. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. signal2 elements to be multiplied by signal1 elements \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMul_64fc
```
@Cast(value="NppStatus")
public static int nppsMul_64fc(@Const
                         nppc.Npp64fc pSrc1,
                         @Const
                         nppc.Npp64fc pSrc2,
                         nppc.Npp64fc pDst,
                         int nLength)
```
64-bit complex floating point signal times signal, then clamp to saturated value. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. signal2 elements to be multiplied by signal1 elements \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMul_8u16u

@Cast(value="NppStatus")
public static int nppsMul_8u16u(@Cast(value="const Npp8u*")
                          BytePointer pSrc1,
                          @Cast(value="const Npp8u*")
                          BytePointer pSrc2,
                          @Cast(value="Npp16u*")
                          ShortPointer pDst,
                          int nLength)

8-bit unsigned char signal times signal with 16-bit unsigned result, then clamp to saturated value. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. signal2 elements to be multiplied by signal1 elements \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMul_8u16u

@Cast(value="NppStatus")
public static int nppsMul_8u16u(@Cast(value="const Npp8u*")
                          ByteBuffer pSrc1,
                          @Cast(value="const Npp8u*")
                          ByteBuffer pSrc2,
                          @Cast(value="Npp16u*")
                          ShortBuffer pDst,
                          int nLength)

nppsMul_8u16u

@Cast(value="NppStatus")
public static int nppsMul_8u16u(@Cast(value="const Npp8u*")
                          byte[] pSrc1,
                          @Cast(value="const Npp8u*")
                          byte[] pSrc2,
                          @Cast(value="Npp16u*")
                          short[] pDst,
                          int nLength)

nppsMul_16s32f

@Cast(value="NppStatus")
public static int nppsMul_16s32f(@Cast(value="const Npp16s*")
                           ShortPointer pSrc1,
                           @Cast(value="const Npp16s*")
                           ShortPointer pSrc2,
                           @Cast(value="Npp32f*")
                           FloatPointer pDst,
                           int nLength)

16-bit signed short signal times signal with 32-bit floating point result, then clamp to saturated value. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. signal2 elements to be multiplied by signal1 elements \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMul_16s32f

@Cast(value="NppStatus")
public static int nppsMul_16s32f(@Cast(value="const Npp16s*")
                           ShortBuffer pSrc1,
                           @Cast(value="const Npp16s*")
                           ShortBuffer pSrc2,
                           @Cast(value="Npp32f*")
                           FloatBuffer pDst,
                           int nLength)

nppsMul_16s32f

@Cast(value="NppStatus")
public static int nppsMul_16s32f(@Cast(value="const Npp16s*")
                           short[] pSrc1,
                           @Cast(value="const Npp16s*")
                           short[] pSrc2,
                           @Cast(value="Npp32f*")
                           float[] pDst,
                           int nLength)

nppsMul_32f32fc
```
@Cast(value="NppStatus")
public static int nppsMul_32f32fc(@Cast(value="const Npp32f*")
                            FloatPointer pSrc1,
                            @Const
                            nppc.Npp32fc pSrc2,
                            nppc.Npp32fc pDst,
                            int nLength)
```
32-bit floating point signal times 32-bit complex floating point signal with complex 32-bit floating point result, then clamp to saturated value. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. signal2 elements to be multiplied by signal1 elements \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMul_32f32fc

@Cast(value="NppStatus")
public static int nppsMul_32f32fc(@Cast(value="const Npp32f*")
                            FloatBuffer pSrc1,
                            @Const
                            nppc.Npp32fc pSrc2,
                            nppc.Npp32fc pDst,
                            int nLength)

nppsMul_32f32fc

@Cast(value="NppStatus")
public static int nppsMul_32f32fc(@Cast(value="const Npp32f*")
                            float[] pSrc1,
                            @Const
                            nppc.Npp32fc pSrc2,
                            nppc.Npp32fc pDst,
                            int nLength)

nppsMul_8u_Sfs

@Cast(value="NppStatus")
public static int nppsMul_8u_Sfs(@Cast(value="const Npp8u*")
                           BytePointer pSrc1,
                           @Cast(value="const Npp8u*")
                           BytePointer pSrc2,
                           @Cast(value="Npp8u*")
                           BytePointer pDst,
                           int nLength,
                           int nScaleFactor)

8-bit unsigned char signal times signal, scale, then clamp to saturated value. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer, signal2 elements to be multiplied by signal1 elements. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMul_8u_Sfs

@Cast(value="NppStatus")
public static int nppsMul_8u_Sfs(@Cast(value="const Npp8u*")
                           ByteBuffer pSrc1,
                           @Cast(value="const Npp8u*")
                           ByteBuffer pSrc2,
                           @Cast(value="Npp8u*")
                           ByteBuffer pDst,
                           int nLength,
                           int nScaleFactor)

nppsMul_8u_Sfs

@Cast(value="NppStatus")
public static int nppsMul_8u_Sfs(@Cast(value="const Npp8u*")
                           byte[] pSrc1,
                           @Cast(value="const Npp8u*")
                           byte[] pSrc2,
                           @Cast(value="Npp8u*")
                           byte[] pDst,
                           int nLength,
                           int nScaleFactor)

nppsMul_16u_Sfs

@Cast(value="NppStatus")
public static int nppsMul_16u_Sfs(@Cast(value="const Npp16u*")
                            ShortPointer pSrc1,
                            @Cast(value="const Npp16u*")
                            ShortPointer pSrc2,
                            @Cast(value="Npp16u*")
                            ShortPointer pDst,
                            int nLength,
                            int nScaleFactor)

16-bit unsigned short signal time signal, scale, then clamp to saturated value. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer, signal2 elements to be multiplied by signal1 elements. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMul_16u_Sfs

@Cast(value="NppStatus")
public static int nppsMul_16u_Sfs(@Cast(value="const Npp16u*")
                            ShortBuffer pSrc1,
                            @Cast(value="const Npp16u*")
                            ShortBuffer pSrc2,
                            @Cast(value="Npp16u*")
                            ShortBuffer pDst,
                            int nLength,
                            int nScaleFactor)

nppsMul_16u_Sfs

@Cast(value="NppStatus")
public static int nppsMul_16u_Sfs(@Cast(value="const Npp16u*")
                            short[] pSrc1,
                            @Cast(value="const Npp16u*")
                            short[] pSrc2,
                            @Cast(value="Npp16u*")
                            short[] pDst,
                            int nLength,
                            int nScaleFactor)

nppsMul_16s_Sfs

@Cast(value="NppStatus")
public static int nppsMul_16s_Sfs(@Cast(value="const Npp16s*")
                            ShortPointer pSrc1,
                            @Cast(value="const Npp16s*")
                            ShortPointer pSrc2,
                            @Cast(value="Npp16s*")
                            ShortPointer pDst,
                            int nLength,
                            int nScaleFactor)

16-bit signed short signal times signal, scale, then clamp to saturated value. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer, signal2 elements to be multiplied by signal1 elements. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMul_16s_Sfs

@Cast(value="NppStatus")
public static int nppsMul_16s_Sfs(@Cast(value="const Npp16s*")
                            ShortBuffer pSrc1,
                            @Cast(value="const Npp16s*")
                            ShortBuffer pSrc2,
                            @Cast(value="Npp16s*")
                            ShortBuffer pDst,
                            int nLength,
                            int nScaleFactor)

nppsMul_16s_Sfs

@Cast(value="NppStatus")
public static int nppsMul_16s_Sfs(@Cast(value="const Npp16s*")
                            short[] pSrc1,
                            @Cast(value="const Npp16s*")
                            short[] pSrc2,
                            @Cast(value="Npp16s*")
                            short[] pDst,
                            int nLength,
                            int nScaleFactor)

nppsMul_32s_Sfs

@Cast(value="NppStatus")
public static int nppsMul_32s_Sfs(@Cast(value="const Npp32s*")
                            IntPointer pSrc1,
                            @Cast(value="const Npp32s*")
                            IntPointer pSrc2,
                            @Cast(value="Npp32s*")
                            IntPointer pDst,
                            int nLength,
                            int nScaleFactor)

32-bit signed integer signal times signal, scale, then clamp to saturated value. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer, signal2 elements to be multiplied by signal1 elements. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMul_32s_Sfs

@Cast(value="NppStatus")
public static int nppsMul_32s_Sfs(@Cast(value="const Npp32s*")
                            IntBuffer pSrc1,
                            @Cast(value="const Npp32s*")
                            IntBuffer pSrc2,
                            @Cast(value="Npp32s*")
                            IntBuffer pDst,
                            int nLength,
                            int nScaleFactor)

nppsMul_32s_Sfs

@Cast(value="NppStatus")
public static int nppsMul_32s_Sfs(@Cast(value="const Npp32s*")
                            int[] pSrc1,
                            @Cast(value="const Npp32s*")
                            int[] pSrc2,
                            @Cast(value="Npp32s*")
                            int[] pDst,
                            int nLength,
                            int nScaleFactor)

nppsMul_16sc_Sfs

@Cast(value="NppStatus")
public static int nppsMul_16sc_Sfs(@Const
                             nppc.Npp16sc pSrc1,
                             @Const
                             nppc.Npp16sc pSrc2,
                             nppc.Npp16sc pDst,
                             int nLength,
                             int nScaleFactor)

16-bit signed complex short signal times signal, scale, then clamp to saturated value. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer, signal2 elements to be multiplied by signal1 elements. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMul_32sc_Sfs

@Cast(value="NppStatus")
public static int nppsMul_32sc_Sfs(@Const
                             nppc.Npp32sc pSrc1,
                             @Const
                             nppc.Npp32sc pSrc2,
                             nppc.Npp32sc pDst,
                             int nLength,
                             int nScaleFactor)

32-bit signed complex integer signal times signal, scale, then clamp to saturated value. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer, signal2 elements to be multiplied by signal1 elements. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMul_16u16s_Sfs

@Cast(value="NppStatus")
public static int nppsMul_16u16s_Sfs(@Cast(value="const Npp16u*")
                               ShortPointer pSrc1,
                               @Cast(value="const Npp16s*")
                               ShortPointer pSrc2,
                               @Cast(value="Npp16s*")
                               ShortPointer pDst,
                               int nLength,
                               int nScaleFactor)

16-bit unsigned short signal times 16-bit signed short signal, scale, then clamp to 16-bit signed saturated value. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer, signal2 elements to be multiplied by signal1 elements. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMul_16u16s_Sfs

@Cast(value="NppStatus")
public static int nppsMul_16u16s_Sfs(@Cast(value="const Npp16u*")
                               ShortBuffer pSrc1,
                               @Cast(value="const Npp16s*")
                               ShortBuffer pSrc2,
                               @Cast(value="Npp16s*")
                               ShortBuffer pDst,
                               int nLength,
                               int nScaleFactor)

nppsMul_16u16s_Sfs

@Cast(value="NppStatus")
public static int nppsMul_16u16s_Sfs(@Cast(value="const Npp16u*")
                               short[] pSrc1,
                               @Cast(value="const Npp16s*")
                               short[] pSrc2,
                               @Cast(value="Npp16s*")
                               short[] pDst,
                               int nLength,
                               int nScaleFactor)

nppsMul_16s32s_Sfs

@Cast(value="NppStatus")
public static int nppsMul_16s32s_Sfs(@Cast(value="const Npp16s*")
                               ShortPointer pSrc1,
                               @Cast(value="const Npp16s*")
                               ShortPointer pSrc2,
                               @Cast(value="Npp32s*")
                               IntPointer pDst,
                               int nLength,
                               int nScaleFactor)

16-bit signed short signal times signal, scale, then clamp to 32-bit signed saturated value. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer, signal2 elements to be multiplied by signal1 elements. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMul_16s32s_Sfs

@Cast(value="NppStatus")
public static int nppsMul_16s32s_Sfs(@Cast(value="const Npp16s*")
                               ShortBuffer pSrc1,
                               @Cast(value="const Npp16s*")
                               ShortBuffer pSrc2,
                               @Cast(value="Npp32s*")
                               IntBuffer pDst,
                               int nLength,
                               int nScaleFactor)

nppsMul_16s32s_Sfs

@Cast(value="NppStatus")
public static int nppsMul_16s32s_Sfs(@Cast(value="const Npp16s*")
                               short[] pSrc1,
                               @Cast(value="const Npp16s*")
                               short[] pSrc2,
                               @Cast(value="Npp32s*")
                               int[] pDst,
                               int nLength,
                               int nScaleFactor)

nppsMul_32s32sc_Sfs

@Cast(value="NppStatus")
public static int nppsMul_32s32sc_Sfs(@Cast(value="const Npp32s*")
                                IntPointer pSrc1,
                                @Const
                                nppc.Npp32sc pSrc2,
                                nppc.Npp32sc pDst,
                                int nLength,
                                int nScaleFactor)

32-bit signed integer signal times 32-bit complex signed integer signal, scale, then clamp to 32-bit complex integer saturated value. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer, signal2 elements to be multiplied by signal1 elements. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMul_32s32sc_Sfs

@Cast(value="NppStatus")
public static int nppsMul_32s32sc_Sfs(@Cast(value="const Npp32s*")
                                IntBuffer pSrc1,
                                @Const
                                nppc.Npp32sc pSrc2,
                                nppc.Npp32sc pDst,
                                int nLength,
                                int nScaleFactor)

nppsMul_32s32sc_Sfs

@Cast(value="NppStatus")
public static int nppsMul_32s32sc_Sfs(@Cast(value="const Npp32s*")
                                int[] pSrc1,
                                @Const
                                nppc.Npp32sc pSrc2,
                                nppc.Npp32sc pDst,
                                int nLength,
                                int nScaleFactor)

nppsMul_Low_32s_Sfs

@Cast(value="NppStatus")
public static int nppsMul_Low_32s_Sfs(@Cast(value="const Npp32s*")
                                IntPointer pSrc1,
                                @Cast(value="const Npp32s*")
                                IntPointer pSrc2,
                                @Cast(value="Npp32s*")
                                IntPointer pDst,
                                int nLength,
                                int nScaleFactor)

nppsMul_Low_32s_Sfs

@Cast(value="NppStatus")
public static int nppsMul_Low_32s_Sfs(@Cast(value="const Npp32s*")
                                IntBuffer pSrc1,
                                @Cast(value="const Npp32s*")
                                IntBuffer pSrc2,
                                @Cast(value="Npp32s*")
                                IntBuffer pDst,
                                int nLength,
                                int nScaleFactor)

nppsMul_Low_32s_Sfs

@Cast(value="NppStatus")
public static int nppsMul_Low_32s_Sfs(@Cast(value="const Npp32s*")
                                int[] pSrc1,
                                @Cast(value="const Npp32s*")
                                int[] pSrc2,
                                @Cast(value="Npp32s*")
                                int[] pDst,
                                int nLength,
                                int nScaleFactor)

nppsMul_16s_I

@Cast(value="NppStatus")
public static int nppsMul_16s_I(@Cast(value="const Npp16s*")
                          ShortPointer pSrc,
                          @Cast(value="Npp16s*")
                          ShortPointer pSrcDst,
                          int nLength)

16-bit signed short in place signal times signal, then clamp to saturated value. \param pSrc \ref source_signal_pointer. \param pSrcDst \ref in_place_signal_pointer. signal2 elements to be multiplied by signal1 elements \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMul_16s_I

@Cast(value="NppStatus")
public static int nppsMul_16s_I(@Cast(value="const Npp16s*")
                          ShortBuffer pSrc,
                          @Cast(value="Npp16s*")
                          ShortBuffer pSrcDst,
                          int nLength)

nppsMul_16s_I

@Cast(value="NppStatus")
public static int nppsMul_16s_I(@Cast(value="const Npp16s*")
                          short[] pSrc,
                          @Cast(value="Npp16s*")
                          short[] pSrcDst,
                          int nLength)

nppsMul_32f_I

@Cast(value="NppStatus")
public static int nppsMul_32f_I(@Cast(value="const Npp32f*")
                          FloatPointer pSrc,
                          @Cast(value="Npp32f*")
                          FloatPointer pSrcDst,
                          int nLength)

32-bit floating point in place signal times signal, then clamp to saturated value. \param pSrc \ref source_signal_pointer. \param pSrcDst \ref in_place_signal_pointer. signal2 elements to be multiplied by signal1 elements \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMul_32f_I

@Cast(value="NppStatus")
public static int nppsMul_32f_I(@Cast(value="const Npp32f*")
                          FloatBuffer pSrc,
                          @Cast(value="Npp32f*")
                          FloatBuffer pSrcDst,
                          int nLength)

nppsMul_32f_I

@Cast(value="NppStatus")
public static int nppsMul_32f_I(@Cast(value="const Npp32f*")
                          float[] pSrc,
                          @Cast(value="Npp32f*")
                          float[] pSrcDst,
                          int nLength)

nppsMul_64f_I

@Cast(value="NppStatus")
public static int nppsMul_64f_I(@Cast(value="const Npp64f*")
                          DoublePointer pSrc,
                          @Cast(value="Npp64f*")
                          DoublePointer pSrcDst,
                          int nLength)

64-bit floating point in place signal times signal, then clamp to saturated value. \param pSrc \ref source_signal_pointer. \param pSrcDst \ref in_place_signal_pointer. signal2 elements to be multiplied by signal1 elements \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMul_64f_I

@Cast(value="NppStatus")
public static int nppsMul_64f_I(@Cast(value="const Npp64f*")
                          DoubleBuffer pSrc,
                          @Cast(value="Npp64f*")
                          DoubleBuffer pSrcDst,
                          int nLength)

nppsMul_64f_I

@Cast(value="NppStatus")
public static int nppsMul_64f_I(@Cast(value="const Npp64f*")
                          double[] pSrc,
                          @Cast(value="Npp64f*")
                          double[] pSrcDst,
                          int nLength)

nppsMul_32fc_I
```
@Cast(value="NppStatus")
public static int nppsMul_32fc_I(@Const
                           nppc.Npp32fc pSrc,
                           nppc.Npp32fc pSrcDst,
                           int nLength)
```
32-bit complex floating point in place signal times signal, then clamp to saturated value. \param pSrc \ref source_signal_pointer. \param pSrcDst \ref in_place_signal_pointer. signal2 elements to be multiplied by signal1 elements \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMul_64fc_I
```
@Cast(value="NppStatus")
public static int nppsMul_64fc_I(@Const
                           nppc.Npp64fc pSrc,
                           nppc.Npp64fc pSrcDst,
                           int nLength)
```
64-bit complex floating point in place signal times signal, then clamp to saturated value. \param pSrc \ref source_signal_pointer. \param pSrcDst \ref in_place_signal_pointer. signal2 elements to be multiplied by signal1 elements \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMul_32f32fc_I
```
@Cast(value="NppStatus")
public static int nppsMul_32f32fc_I(@Cast(value="const Npp32f*")
                              FloatPointer pSrc,
                              nppc.Npp32fc pSrcDst,
                              int nLength)
```
32-bit complex floating point in place signal times 32-bit floating point signal, then clamp to 32-bit complex floating point saturated value. \param pSrc \ref source_signal_pointer. \param pSrcDst \ref in_place_signal_pointer. signal2 elements to be multiplied by signal1 elements \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMul_32f32fc_I

@Cast(value="NppStatus")
public static int nppsMul_32f32fc_I(@Cast(value="const Npp32f*")
                              FloatBuffer pSrc,
                              nppc.Npp32fc pSrcDst,
                              int nLength)

nppsMul_32f32fc_I

@Cast(value="NppStatus")
public static int nppsMul_32f32fc_I(@Cast(value="const Npp32f*")
                              float[] pSrc,
                              nppc.Npp32fc pSrcDst,
                              int nLength)

nppsMul_8u_ISfs

@Cast(value="NppStatus")
public static int nppsMul_8u_ISfs(@Cast(value="const Npp8u*")
                            BytePointer pSrc,
                            @Cast(value="Npp8u*")
                            BytePointer pSrcDst,
                            int nLength,
                            int nScaleFactor)

8-bit unsigned char in place signal times signal, with scaling, then clamp to saturated value. \param pSrc \ref source_signal_pointer. \param pSrcDst \ref in_place_signal_pointer. signal2 elements to be multiplied by signal1 elements \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMul_8u_ISfs

@Cast(value="NppStatus")
public static int nppsMul_8u_ISfs(@Cast(value="const Npp8u*")
                            ByteBuffer pSrc,
                            @Cast(value="Npp8u*")
                            ByteBuffer pSrcDst,
                            int nLength,
                            int nScaleFactor)

nppsMul_8u_ISfs

@Cast(value="NppStatus")
public static int nppsMul_8u_ISfs(@Cast(value="const Npp8u*")
                            byte[] pSrc,
                            @Cast(value="Npp8u*")
                            byte[] pSrcDst,
                            int nLength,
                            int nScaleFactor)

nppsMul_16u_ISfs

@Cast(value="NppStatus")
public static int nppsMul_16u_ISfs(@Cast(value="const Npp16u*")
                             ShortPointer pSrc,
                             @Cast(value="Npp16u*")
                             ShortPointer pSrcDst,
                             int nLength,
                             int nScaleFactor)

16-bit unsigned short in place signal times signal, with scaling, then clamp to saturated value. \param pSrc \ref source_signal_pointer. \param pSrcDst \ref in_place_signal_pointer. signal2 elements to be multiplied by signal1 elements \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMul_16u_ISfs

@Cast(value="NppStatus")
public static int nppsMul_16u_ISfs(@Cast(value="const Npp16u*")
                             ShortBuffer pSrc,
                             @Cast(value="Npp16u*")
                             ShortBuffer pSrcDst,
                             int nLength,
                             int nScaleFactor)

nppsMul_16u_ISfs

@Cast(value="NppStatus")
public static int nppsMul_16u_ISfs(@Cast(value="const Npp16u*")
                             short[] pSrc,
                             @Cast(value="Npp16u*")
                             short[] pSrcDst,
                             int nLength,
                             int nScaleFactor)

nppsMul_16s_ISfs

@Cast(value="NppStatus")
public static int nppsMul_16s_ISfs(@Cast(value="const Npp16s*")
                             ShortPointer pSrc,
                             @Cast(value="Npp16s*")
                             ShortPointer pSrcDst,
                             int nLength,
                             int nScaleFactor)

16-bit signed short in place signal times signal, with scaling, then clamp to saturated value. \param pSrc \ref source_signal_pointer. \param pSrcDst \ref in_place_signal_pointer. signal2 elements to be multiplied by signal1 elements \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMul_16s_ISfs

@Cast(value="NppStatus")
public static int nppsMul_16s_ISfs(@Cast(value="const Npp16s*")
                             ShortBuffer pSrc,
                             @Cast(value="Npp16s*")
                             ShortBuffer pSrcDst,
                             int nLength,
                             int nScaleFactor)

nppsMul_16s_ISfs

@Cast(value="NppStatus")
public static int nppsMul_16s_ISfs(@Cast(value="const Npp16s*")
                             short[] pSrc,
                             @Cast(value="Npp16s*")
                             short[] pSrcDst,
                             int nLength,
                             int nScaleFactor)

nppsMul_32s_ISfs

@Cast(value="NppStatus")
public static int nppsMul_32s_ISfs(@Cast(value="const Npp32s*")
                             IntPointer pSrc,
                             @Cast(value="Npp32s*")
                             IntPointer pSrcDst,
                             int nLength,
                             int nScaleFactor)

32-bit signed integer in place signal times signal, with scaling, then clamp to saturated value. \param pSrc \ref source_signal_pointer. \param pSrcDst \ref in_place_signal_pointer. signal2 elements to be multiplied by signal1 elements \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMul_32s_ISfs

@Cast(value="NppStatus")
public static int nppsMul_32s_ISfs(@Cast(value="const Npp32s*")
                             IntBuffer pSrc,
                             @Cast(value="Npp32s*")
                             IntBuffer pSrcDst,
                             int nLength,
                             int nScaleFactor)

nppsMul_32s_ISfs

@Cast(value="NppStatus")
public static int nppsMul_32s_ISfs(@Cast(value="const Npp32s*")
                             int[] pSrc,
                             @Cast(value="Npp32s*")
                             int[] pSrcDst,
                             int nLength,
                             int nScaleFactor)

nppsMul_16sc_ISfs
```
@Cast(value="NppStatus")
public static int nppsMul_16sc_ISfs(@Const
                              nppc.Npp16sc pSrc,
                              nppc.Npp16sc pSrcDst,
                              int nLength,
                              int nScaleFactor)
```
16-bit complex signed short in place signal times signal, with scaling, then clamp to saturated value. \param pSrc \ref source_signal_pointer. \param pSrcDst \ref in_place_signal_pointer. signal2 elements to be multiplied by signal1 elements \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMul_32sc_ISfs
```
@Cast(value="NppStatus")
public static int nppsMul_32sc_ISfs(@Const
                              nppc.Npp32sc pSrc,
                              nppc.Npp32sc pSrcDst,
                              int nLength,
                              int nScaleFactor)
```
32-bit complex signed integer in place signal times signal, with scaling, then clamp to saturated value. \param pSrc \ref source_signal_pointer. \param pSrcDst \ref in_place_signal_pointer. signal2 elements to be multiplied by signal1 elements \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMul_32s32sc_ISfs
```
@Cast(value="NppStatus")
public static int nppsMul_32s32sc_ISfs(@Cast(value="const Npp32s*")
                                 IntPointer pSrc,
                                 nppc.Npp32sc pSrcDst,
                                 int nLength,
                                 int nScaleFactor)
```
32-bit complex signed integer in place signal times 32-bit signed integer signal, with scaling, then clamp to saturated value. \param pSrc \ref source_signal_pointer. \param pSrcDst \ref in_place_signal_pointer. signal2 elements to be multiplied by signal1 elements \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMul_32s32sc_ISfs

@Cast(value="NppStatus")
public static int nppsMul_32s32sc_ISfs(@Cast(value="const Npp32s*")
                                 IntBuffer pSrc,
                                 nppc.Npp32sc pSrcDst,
                                 int nLength,
                                 int nScaleFactor)

nppsMul_32s32sc_ISfs

@Cast(value="NppStatus")
public static int nppsMul_32s32sc_ISfs(@Cast(value="const Npp32s*")
                                 int[] pSrc,
                                 nppc.Npp32sc pSrcDst,
                                 int nLength,
                                 int nScaleFactor)

nppsSub_16s

@Cast(value="NppStatus")
public static int nppsSub_16s(@Cast(value="const Npp16s*")
                        ShortPointer pSrc1,
                        @Cast(value="const Npp16s*")
                        ShortPointer pSrc2,
                        @Cast(value="Npp16s*")
                        ShortPointer pDst,
                        int nLength)

16-bit signed short signal subtract signal, then clamp to saturated value. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. signal1 elements to be subtracted from signal2 elements \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsSub_16s

@Cast(value="NppStatus")
public static int nppsSub_16s(@Cast(value="const Npp16s*")
                        ShortBuffer pSrc1,
                        @Cast(value="const Npp16s*")
                        ShortBuffer pSrc2,
                        @Cast(value="Npp16s*")
                        ShortBuffer pDst,
                        int nLength)

nppsSub_16s

@Cast(value="NppStatus")
public static int nppsSub_16s(@Cast(value="const Npp16s*")
                        short[] pSrc1,
                        @Cast(value="const Npp16s*")
                        short[] pSrc2,
                        @Cast(value="Npp16s*")
                        short[] pDst,
                        int nLength)

nppsSub_32f

@Cast(value="NppStatus")
public static int nppsSub_32f(@Cast(value="const Npp32f*")
                        FloatPointer pSrc1,
                        @Cast(value="const Npp32f*")
                        FloatPointer pSrc2,
                        @Cast(value="Npp32f*")
                        FloatPointer pDst,
                        int nLength)

32-bit floating point signal subtract signal, then clamp to saturated value. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. signal1 elements to be subtracted from signal2 elements \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsSub_32f

@Cast(value="NppStatus")
public static int nppsSub_32f(@Cast(value="const Npp32f*")
                        FloatBuffer pSrc1,
                        @Cast(value="const Npp32f*")
                        FloatBuffer pSrc2,
                        @Cast(value="Npp32f*")
                        FloatBuffer pDst,
                        int nLength)

nppsSub_32f

@Cast(value="NppStatus")
public static int nppsSub_32f(@Cast(value="const Npp32f*")
                        float[] pSrc1,
                        @Cast(value="const Npp32f*")
                        float[] pSrc2,
                        @Cast(value="Npp32f*")
                        float[] pDst,
                        int nLength)

nppsSub_64f

@Cast(value="NppStatus")
public static int nppsSub_64f(@Cast(value="const Npp64f*")
                        DoublePointer pSrc1,
                        @Cast(value="const Npp64f*")
                        DoublePointer pSrc2,
                        @Cast(value="Npp64f*")
                        DoublePointer pDst,
                        int nLength)

64-bit floating point signal subtract signal, then clamp to saturated value. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. signal1 elements to be subtracted from signal2 elements \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsSub_64f

@Cast(value="NppStatus")
public static int nppsSub_64f(@Cast(value="const Npp64f*")
                        DoubleBuffer pSrc1,
                        @Cast(value="const Npp64f*")
                        DoubleBuffer pSrc2,
                        @Cast(value="Npp64f*")
                        DoubleBuffer pDst,
                        int nLength)

nppsSub_64f

@Cast(value="NppStatus")
public static int nppsSub_64f(@Cast(value="const Npp64f*")
                        double[] pSrc1,
                        @Cast(value="const Npp64f*")
                        double[] pSrc2,
                        @Cast(value="Npp64f*")
                        double[] pDst,
                        int nLength)

nppsSub_32fc
```
@Cast(value="NppStatus")
public static int nppsSub_32fc(@Const
                         nppc.Npp32fc pSrc1,
                         @Const
                         nppc.Npp32fc pSrc2,
                         nppc.Npp32fc pDst,
                         int nLength)
```
32-bit complex floating point signal subtract signal, then clamp to saturated value. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. signal1 elements to be subtracted from signal2 elements \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsSub_64fc
```
@Cast(value="NppStatus")
public static int nppsSub_64fc(@Const
                         nppc.Npp64fc pSrc1,
                         @Const
                         nppc.Npp64fc pSrc2,
                         nppc.Npp64fc pDst,
                         int nLength)
```
64-bit complex floating point signal subtract signal, then clamp to saturated value. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. signal1 elements to be subtracted from signal2 elements \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsSub_16s32f

@Cast(value="NppStatus")
public static int nppsSub_16s32f(@Cast(value="const Npp16s*")
                           ShortPointer pSrc1,
                           @Cast(value="const Npp16s*")
                           ShortPointer pSrc2,
                           @Cast(value="Npp32f*")
                           FloatPointer pDst,
                           int nLength)

16-bit signed short signal subtract 16-bit signed short signal, then clamp and convert to 32-bit floating point saturated value. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. signal1 elements to be subtracted from signal2 elements \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsSub_16s32f

@Cast(value="NppStatus")
public static int nppsSub_16s32f(@Cast(value="const Npp16s*")
                           ShortBuffer pSrc1,
                           @Cast(value="const Npp16s*")
                           ShortBuffer pSrc2,
                           @Cast(value="Npp32f*")
                           FloatBuffer pDst,
                           int nLength)

nppsSub_16s32f

@Cast(value="NppStatus")
public static int nppsSub_16s32f(@Cast(value="const Npp16s*")
                           short[] pSrc1,
                           @Cast(value="const Npp16s*")
                           short[] pSrc2,
                           @Cast(value="Npp32f*")
                           float[] pDst,
                           int nLength)

nppsSub_8u_Sfs

@Cast(value="NppStatus")
public static int nppsSub_8u_Sfs(@Cast(value="const Npp8u*")
                           BytePointer pSrc1,
                           @Cast(value="const Npp8u*")
                           BytePointer pSrc2,
                           @Cast(value="Npp8u*")
                           BytePointer pDst,
                           int nLength,
                           int nScaleFactor)

8-bit unsigned char signal subtract signal, scale, then clamp to saturated value. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer, signal1 elements to be subtracted from signal2 elements. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsSub_8u_Sfs

@Cast(value="NppStatus")
public static int nppsSub_8u_Sfs(@Cast(value="const Npp8u*")
                           ByteBuffer pSrc1,
                           @Cast(value="const Npp8u*")
                           ByteBuffer pSrc2,
                           @Cast(value="Npp8u*")
                           ByteBuffer pDst,
                           int nLength,
                           int nScaleFactor)

nppsSub_8u_Sfs

@Cast(value="NppStatus")
public static int nppsSub_8u_Sfs(@Cast(value="const Npp8u*")
                           byte[] pSrc1,
                           @Cast(value="const Npp8u*")
                           byte[] pSrc2,
                           @Cast(value="Npp8u*")
                           byte[] pDst,
                           int nLength,
                           int nScaleFactor)

nppsSub_16u_Sfs

@Cast(value="NppStatus")
public static int nppsSub_16u_Sfs(@Cast(value="const Npp16u*")
                            ShortPointer pSrc1,
                            @Cast(value="const Npp16u*")
                            ShortPointer pSrc2,
                            @Cast(value="Npp16u*")
                            ShortPointer pDst,
                            int nLength,
                            int nScaleFactor)

16-bit unsigned short signal subtract signal, scale, then clamp to saturated value. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer, signal1 elements to be subtracted from signal2 elements. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsSub_16u_Sfs

@Cast(value="NppStatus")
public static int nppsSub_16u_Sfs(@Cast(value="const Npp16u*")
                            ShortBuffer pSrc1,
                            @Cast(value="const Npp16u*")
                            ShortBuffer pSrc2,
                            @Cast(value="Npp16u*")
                            ShortBuffer pDst,
                            int nLength,
                            int nScaleFactor)

nppsSub_16u_Sfs

@Cast(value="NppStatus")
public static int nppsSub_16u_Sfs(@Cast(value="const Npp16u*")
                            short[] pSrc1,
                            @Cast(value="const Npp16u*")
                            short[] pSrc2,
                            @Cast(value="Npp16u*")
                            short[] pDst,
                            int nLength,
                            int nScaleFactor)

nppsSub_16s_Sfs

@Cast(value="NppStatus")
public static int nppsSub_16s_Sfs(@Cast(value="const Npp16s*")
                            ShortPointer pSrc1,
                            @Cast(value="const Npp16s*")
                            ShortPointer pSrc2,
                            @Cast(value="Npp16s*")
                            ShortPointer pDst,
                            int nLength,
                            int nScaleFactor)

16-bit signed short signal subtract signal, scale, then clamp to saturated value. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer, signal1 elements to be subtracted from signal2 elements. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsSub_16s_Sfs

@Cast(value="NppStatus")
public static int nppsSub_16s_Sfs(@Cast(value="const Npp16s*")
                            ShortBuffer pSrc1,
                            @Cast(value="const Npp16s*")
                            ShortBuffer pSrc2,
                            @Cast(value="Npp16s*")
                            ShortBuffer pDst,
                            int nLength,
                            int nScaleFactor)

nppsSub_16s_Sfs

@Cast(value="NppStatus")
public static int nppsSub_16s_Sfs(@Cast(value="const Npp16s*")
                            short[] pSrc1,
                            @Cast(value="const Npp16s*")
                            short[] pSrc2,
                            @Cast(value="Npp16s*")
                            short[] pDst,
                            int nLength,
                            int nScaleFactor)

nppsSub_32s_Sfs

@Cast(value="NppStatus")
public static int nppsSub_32s_Sfs(@Cast(value="const Npp32s*")
                            IntPointer pSrc1,
                            @Cast(value="const Npp32s*")
                            IntPointer pSrc2,
                            @Cast(value="Npp32s*")
                            IntPointer pDst,
                            int nLength,
                            int nScaleFactor)

32-bit signed integer signal subtract signal, scale, then clamp to saturated value. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer, signal1 elements to be subtracted from signal2 elements. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsSub_32s_Sfs

@Cast(value="NppStatus")
public static int nppsSub_32s_Sfs(@Cast(value="const Npp32s*")
                            IntBuffer pSrc1,
                            @Cast(value="const Npp32s*")
                            IntBuffer pSrc2,
                            @Cast(value="Npp32s*")
                            IntBuffer pDst,
                            int nLength,
                            int nScaleFactor)

nppsSub_32s_Sfs

@Cast(value="NppStatus")
public static int nppsSub_32s_Sfs(@Cast(value="const Npp32s*")
                            int[] pSrc1,
                            @Cast(value="const Npp32s*")
                            int[] pSrc2,
                            @Cast(value="Npp32s*")
                            int[] pDst,
                            int nLength,
                            int nScaleFactor)

nppsSub_16sc_Sfs

@Cast(value="NppStatus")
public static int nppsSub_16sc_Sfs(@Const
                             nppc.Npp16sc pSrc1,
                             @Const
                             nppc.Npp16sc pSrc2,
                             nppc.Npp16sc pDst,
                             int nLength,
                             int nScaleFactor)

16-bit signed complex short signal subtract signal, scale, then clamp to saturated value. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer, signal1 elements to be subtracted from signal2 elements. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsSub_32sc_Sfs

@Cast(value="NppStatus")
public static int nppsSub_32sc_Sfs(@Const
                             nppc.Npp32sc pSrc1,
                             @Const
                             nppc.Npp32sc pSrc2,
                             nppc.Npp32sc pDst,
                             int nLength,
                             int nScaleFactor)

32-bit signed complex integer signal subtract signal, scale, then clamp to saturated value. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer, signal1 elements to be subtracted from signal2 elements. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsSub_16s_I

@Cast(value="NppStatus")
public static int nppsSub_16s_I(@Cast(value="const Npp16s*")
                          ShortPointer pSrc,
                          @Cast(value="Npp16s*")
                          ShortPointer pSrcDst,
                          int nLength)

16-bit signed short in place signal subtract signal, then clamp to saturated value. \param pSrc \ref source_signal_pointer. \param pSrcDst \ref in_place_signal_pointer. signal1 elements to be subtracted from signal2 elements \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsSub_16s_I

@Cast(value="NppStatus")
public static int nppsSub_16s_I(@Cast(value="const Npp16s*")
                          ShortBuffer pSrc,
                          @Cast(value="Npp16s*")
                          ShortBuffer pSrcDst,
                          int nLength)

nppsSub_16s_I

@Cast(value="NppStatus")
public static int nppsSub_16s_I(@Cast(value="const Npp16s*")
                          short[] pSrc,
                          @Cast(value="Npp16s*")
                          short[] pSrcDst,
                          int nLength)

nppsSub_32f_I

@Cast(value="NppStatus")
public static int nppsSub_32f_I(@Cast(value="const Npp32f*")
                          FloatPointer pSrc,
                          @Cast(value="Npp32f*")
                          FloatPointer pSrcDst,
                          int nLength)

32-bit floating point in place signal subtract signal, then clamp to saturated value. \param pSrc \ref source_signal_pointer. \param pSrcDst \ref in_place_signal_pointer. signal1 elements to be subtracted from signal2 elements \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsSub_32f_I

@Cast(value="NppStatus")
public static int nppsSub_32f_I(@Cast(value="const Npp32f*")
                          FloatBuffer pSrc,
                          @Cast(value="Npp32f*")
                          FloatBuffer pSrcDst,
                          int nLength)

nppsSub_32f_I

@Cast(value="NppStatus")
public static int nppsSub_32f_I(@Cast(value="const Npp32f*")
                          float[] pSrc,
                          @Cast(value="Npp32f*")
                          float[] pSrcDst,
                          int nLength)

nppsSub_64f_I

@Cast(value="NppStatus")
public static int nppsSub_64f_I(@Cast(value="const Npp64f*")
                          DoublePointer pSrc,
                          @Cast(value="Npp64f*")
                          DoublePointer pSrcDst,
                          int nLength)

64-bit floating point in place signal subtract signal, then clamp to saturated value. \param pSrc \ref source_signal_pointer. \param pSrcDst \ref in_place_signal_pointer. signal1 elements to be subtracted from signal2 elements \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsSub_64f_I

@Cast(value="NppStatus")
public static int nppsSub_64f_I(@Cast(value="const Npp64f*")
                          DoubleBuffer pSrc,
                          @Cast(value="Npp64f*")
                          DoubleBuffer pSrcDst,
                          int nLength)

nppsSub_64f_I

@Cast(value="NppStatus")
public static int nppsSub_64f_I(@Cast(value="const Npp64f*")
                          double[] pSrc,
                          @Cast(value="Npp64f*")
                          double[] pSrcDst,
                          int nLength)

nppsSub_32fc_I
```
@Cast(value="NppStatus")
public static int nppsSub_32fc_I(@Const
                           nppc.Npp32fc pSrc,
                           nppc.Npp32fc pSrcDst,
                           int nLength)
```
32-bit complex floating point in place signal subtract signal, then clamp to saturated value. \param pSrc \ref source_signal_pointer. \param pSrcDst \ref in_place_signal_pointer. signal1 elements to be subtracted from signal2 elements \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsSub_64fc_I
```
@Cast(value="NppStatus")
public static int nppsSub_64fc_I(@Const
                           nppc.Npp64fc pSrc,
                           nppc.Npp64fc pSrcDst,
                           int nLength)
```
64-bit complex floating point in place signal subtract signal, then clamp to saturated value. \param pSrc \ref source_signal_pointer. \param pSrcDst \ref in_place_signal_pointer. signal1 elements to be subtracted from signal2 elements \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsSub_8u_ISfs

@Cast(value="NppStatus")
public static int nppsSub_8u_ISfs(@Cast(value="const Npp8u*")
                            BytePointer pSrc,
                            @Cast(value="Npp8u*")
                            BytePointer pSrcDst,
                            int nLength,
                            int nScaleFactor)

8-bit unsigned char in place signal subtract signal, with scaling, then clamp to saturated value. \param pSrc \ref source_signal_pointer. \param pSrcDst \ref in_place_signal_pointer. signal1 elements to be subtracted from signal2 elements \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsSub_8u_ISfs

@Cast(value="NppStatus")
public static int nppsSub_8u_ISfs(@Cast(value="const Npp8u*")
                            ByteBuffer pSrc,
                            @Cast(value="Npp8u*")
                            ByteBuffer pSrcDst,
                            int nLength,
                            int nScaleFactor)

nppsSub_8u_ISfs

@Cast(value="NppStatus")
public static int nppsSub_8u_ISfs(@Cast(value="const Npp8u*")
                            byte[] pSrc,
                            @Cast(value="Npp8u*")
                            byte[] pSrcDst,
                            int nLength,
                            int nScaleFactor)

nppsSub_16u_ISfs

@Cast(value="NppStatus")
public static int nppsSub_16u_ISfs(@Cast(value="const Npp16u*")
                             ShortPointer pSrc,
                             @Cast(value="Npp16u*")
                             ShortPointer pSrcDst,
                             int nLength,
                             int nScaleFactor)

16-bit unsigned short in place signal subtract signal, with scaling, then clamp to saturated value. \param pSrc \ref source_signal_pointer. \param pSrcDst \ref in_place_signal_pointer. signal1 elements to be subtracted from signal2 elements \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsSub_16u_ISfs

@Cast(value="NppStatus")
public static int nppsSub_16u_ISfs(@Cast(value="const Npp16u*")
                             ShortBuffer pSrc,
                             @Cast(value="Npp16u*")
                             ShortBuffer pSrcDst,
                             int nLength,
                             int nScaleFactor)

nppsSub_16u_ISfs

@Cast(value="NppStatus")
public static int nppsSub_16u_ISfs(@Cast(value="const Npp16u*")
                             short[] pSrc,
                             @Cast(value="Npp16u*")
                             short[] pSrcDst,
                             int nLength,
                             int nScaleFactor)

nppsSub_16s_ISfs

@Cast(value="NppStatus")
public static int nppsSub_16s_ISfs(@Cast(value="const Npp16s*")
                             ShortPointer pSrc,
                             @Cast(value="Npp16s*")
                             ShortPointer pSrcDst,
                             int nLength,
                             int nScaleFactor)

16-bit signed short in place signal subtract signal, with scaling, then clamp to saturated value. \param pSrc \ref source_signal_pointer. \param pSrcDst \ref in_place_signal_pointer. signal1 elements to be subtracted from signal2 elements \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsSub_16s_ISfs

@Cast(value="NppStatus")
public static int nppsSub_16s_ISfs(@Cast(value="const Npp16s*")
                             ShortBuffer pSrc,
                             @Cast(value="Npp16s*")
                             ShortBuffer pSrcDst,
                             int nLength,
                             int nScaleFactor)

nppsSub_16s_ISfs

@Cast(value="NppStatus")
public static int nppsSub_16s_ISfs(@Cast(value="const Npp16s*")
                             short[] pSrc,
                             @Cast(value="Npp16s*")
                             short[] pSrcDst,
                             int nLength,
                             int nScaleFactor)

nppsSub_32s_ISfs

@Cast(value="NppStatus")
public static int nppsSub_32s_ISfs(@Cast(value="const Npp32s*")
                             IntPointer pSrc,
                             @Cast(value="Npp32s*")
                             IntPointer pSrcDst,
                             int nLength,
                             int nScaleFactor)

32-bit signed integer in place signal subtract signal, with scaling, then clamp to saturated value. \param pSrc \ref source_signal_pointer. \param pSrcDst \ref in_place_signal_pointer. signal1 elements to be subtracted from signal2 elements \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsSub_32s_ISfs

@Cast(value="NppStatus")
public static int nppsSub_32s_ISfs(@Cast(value="const Npp32s*")
                             IntBuffer pSrc,
                             @Cast(value="Npp32s*")
                             IntBuffer pSrcDst,
                             int nLength,
                             int nScaleFactor)

nppsSub_32s_ISfs

@Cast(value="NppStatus")
public static int nppsSub_32s_ISfs(@Cast(value="const Npp32s*")
                             int[] pSrc,
                             @Cast(value="Npp32s*")
                             int[] pSrcDst,
                             int nLength,
                             int nScaleFactor)

nppsSub_16sc_ISfs
```
@Cast(value="NppStatus")
public static int nppsSub_16sc_ISfs(@Const
                              nppc.Npp16sc pSrc,
                              nppc.Npp16sc pSrcDst,
                              int nLength,
                              int nScaleFactor)
```
16-bit complex signed short in place signal subtract signal, with scaling, then clamp to saturated value. \param pSrc \ref source_signal_pointer. \param pSrcDst \ref in_place_signal_pointer. signal1 elements to be subtracted from signal2 elements \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsSub_32sc_ISfs
```
@Cast(value="NppStatus")
public static int nppsSub_32sc_ISfs(@Const
                              nppc.Npp32sc pSrc,
                              nppc.Npp32sc pSrcDst,
                              int nLength,
                              int nScaleFactor)
```
32-bit complex signed integer in place signal subtract signal, with scaling, then clamp to saturated value. \param pSrc \ref source_signal_pointer. \param pSrcDst \ref in_place_signal_pointer. signal1 elements to be subtracted from signal2 elements \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsDiv_8u_Sfs

@Cast(value="NppStatus")
public static int nppsDiv_8u_Sfs(@Cast(value="const Npp8u*")
                           BytePointer pSrc1,
                           @Cast(value="const Npp8u*")
                           BytePointer pSrc2,
                           @Cast(value="Npp8u*")
                           BytePointer pDst,
                           int nLength,
                           int nScaleFactor)

8-bit unsigned char signal divide signal, scale, then clamp to saturated value. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer, signal1 divisor elements to be divided into signal2 dividend elements. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsDiv_8u_Sfs

@Cast(value="NppStatus")
public static int nppsDiv_8u_Sfs(@Cast(value="const Npp8u*")
                           ByteBuffer pSrc1,
                           @Cast(value="const Npp8u*")
                           ByteBuffer pSrc2,
                           @Cast(value="Npp8u*")
                           ByteBuffer pDst,
                           int nLength,
                           int nScaleFactor)

nppsDiv_8u_Sfs

@Cast(value="NppStatus")
public static int nppsDiv_8u_Sfs(@Cast(value="const Npp8u*")
                           byte[] pSrc1,
                           @Cast(value="const Npp8u*")
                           byte[] pSrc2,
                           @Cast(value="Npp8u*")
                           byte[] pDst,
                           int nLength,
                           int nScaleFactor)

nppsDiv_16u_Sfs

@Cast(value="NppStatus")
public static int nppsDiv_16u_Sfs(@Cast(value="const Npp16u*")
                            ShortPointer pSrc1,
                            @Cast(value="const Npp16u*")
                            ShortPointer pSrc2,
                            @Cast(value="Npp16u*")
                            ShortPointer pDst,
                            int nLength,
                            int nScaleFactor)

16-bit unsigned short signal divide signal, scale, then clamp to saturated value. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer, signal1 divisor elements to be divided into signal2 dividend elements. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsDiv_16u_Sfs

@Cast(value="NppStatus")
public static int nppsDiv_16u_Sfs(@Cast(value="const Npp16u*")
                            ShortBuffer pSrc1,
                            @Cast(value="const Npp16u*")
                            ShortBuffer pSrc2,
                            @Cast(value="Npp16u*")
                            ShortBuffer pDst,
                            int nLength,
                            int nScaleFactor)

nppsDiv_16u_Sfs

@Cast(value="NppStatus")
public static int nppsDiv_16u_Sfs(@Cast(value="const Npp16u*")
                            short[] pSrc1,
                            @Cast(value="const Npp16u*")
                            short[] pSrc2,
                            @Cast(value="Npp16u*")
                            short[] pDst,
                            int nLength,
                            int nScaleFactor)

nppsDiv_16s_Sfs

@Cast(value="NppStatus")
public static int nppsDiv_16s_Sfs(@Cast(value="const Npp16s*")
                            ShortPointer pSrc1,
                            @Cast(value="const Npp16s*")
                            ShortPointer pSrc2,
                            @Cast(value="Npp16s*")
                            ShortPointer pDst,
                            int nLength,
                            int nScaleFactor)

16-bit signed short signal divide signal, scale, then clamp to saturated value. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer, signal1 divisor elements to be divided into signal2 dividend elements. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsDiv_16s_Sfs

@Cast(value="NppStatus")
public static int nppsDiv_16s_Sfs(@Cast(value="const Npp16s*")
                            ShortBuffer pSrc1,
                            @Cast(value="const Npp16s*")
                            ShortBuffer pSrc2,
                            @Cast(value="Npp16s*")
                            ShortBuffer pDst,
                            int nLength,
                            int nScaleFactor)

nppsDiv_16s_Sfs

@Cast(value="NppStatus")
public static int nppsDiv_16s_Sfs(@Cast(value="const Npp16s*")
                            short[] pSrc1,
                            @Cast(value="const Npp16s*")
                            short[] pSrc2,
                            @Cast(value="Npp16s*")
                            short[] pDst,
                            int nLength,
                            int nScaleFactor)

nppsDiv_32s_Sfs

@Cast(value="NppStatus")
public static int nppsDiv_32s_Sfs(@Cast(value="const Npp32s*")
                            IntPointer pSrc1,
                            @Cast(value="const Npp32s*")
                            IntPointer pSrc2,
                            @Cast(value="Npp32s*")
                            IntPointer pDst,
                            int nLength,
                            int nScaleFactor)

32-bit signed integer signal divide signal, scale, then clamp to saturated value. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer, signal1 divisor elements to be divided into signal2 dividend elements. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsDiv_32s_Sfs

@Cast(value="NppStatus")
public static int nppsDiv_32s_Sfs(@Cast(value="const Npp32s*")
                            IntBuffer pSrc1,
                            @Cast(value="const Npp32s*")
                            IntBuffer pSrc2,
                            @Cast(value="Npp32s*")
                            IntBuffer pDst,
                            int nLength,
                            int nScaleFactor)

nppsDiv_32s_Sfs

@Cast(value="NppStatus")
public static int nppsDiv_32s_Sfs(@Cast(value="const Npp32s*")
                            int[] pSrc1,
                            @Cast(value="const Npp32s*")
                            int[] pSrc2,
                            @Cast(value="Npp32s*")
                            int[] pDst,
                            int nLength,
                            int nScaleFactor)

nppsDiv_16sc_Sfs

@Cast(value="NppStatus")
public static int nppsDiv_16sc_Sfs(@Const
                             nppc.Npp16sc pSrc1,
                             @Const
                             nppc.Npp16sc pSrc2,
                             nppc.Npp16sc pDst,
                             int nLength,
                             int nScaleFactor)

16-bit signed complex short signal divide signal, scale, then clamp to saturated value. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer, signal1 divisor elements to be divided into signal2 dividend elements. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsDiv_32s16s_Sfs

@Cast(value="NppStatus")
public static int nppsDiv_32s16s_Sfs(@Cast(value="const Npp16s*")
                               ShortPointer pSrc1,
                               @Cast(value="const Npp32s*")
                               IntPointer pSrc2,
                               @Cast(value="Npp16s*")
                               ShortPointer pDst,
                               int nLength,
                               int nScaleFactor)

32-bit signed integer signal divided by 16-bit signed short signal, scale, then clamp to 16-bit signed short saturated value. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer, signal1 divisor elements to be divided into signal2 dividend elements. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsDiv_32s16s_Sfs

@Cast(value="NppStatus")
public static int nppsDiv_32s16s_Sfs(@Cast(value="const Npp16s*")
                               ShortBuffer pSrc1,
                               @Cast(value="const Npp32s*")
                               IntBuffer pSrc2,
                               @Cast(value="Npp16s*")
                               ShortBuffer pDst,
                               int nLength,
                               int nScaleFactor)

nppsDiv_32s16s_Sfs

@Cast(value="NppStatus")
public static int nppsDiv_32s16s_Sfs(@Cast(value="const Npp16s*")
                               short[] pSrc1,
                               @Cast(value="const Npp32s*")
                               int[] pSrc2,
                               @Cast(value="Npp16s*")
                               short[] pDst,
                               int nLength,
                               int nScaleFactor)

nppsDiv_32f

@Cast(value="NppStatus")
public static int nppsDiv_32f(@Cast(value="const Npp32f*")
                        FloatPointer pSrc1,
                        @Cast(value="const Npp32f*")
                        FloatPointer pSrc2,
                        @Cast(value="Npp32f*")
                        FloatPointer pDst,
                        int nLength)

32-bit floating point signal divide signal, then clamp to saturated value. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer, signal1 divisor elements to be divided into signal2 dividend elements. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsDiv_32f

@Cast(value="NppStatus")
public static int nppsDiv_32f(@Cast(value="const Npp32f*")
                        FloatBuffer pSrc1,
                        @Cast(value="const Npp32f*")
                        FloatBuffer pSrc2,
                        @Cast(value="Npp32f*")
                        FloatBuffer pDst,
                        int nLength)

nppsDiv_32f

@Cast(value="NppStatus")
public static int nppsDiv_32f(@Cast(value="const Npp32f*")
                        float[] pSrc1,
                        @Cast(value="const Npp32f*")
                        float[] pSrc2,
                        @Cast(value="Npp32f*")
                        float[] pDst,
                        int nLength)

nppsDiv_64f

@Cast(value="NppStatus")
public static int nppsDiv_64f(@Cast(value="const Npp64f*")
                        DoublePointer pSrc1,
                        @Cast(value="const Npp64f*")
                        DoublePointer pSrc2,
                        @Cast(value="Npp64f*")
                        DoublePointer pDst,
                        int nLength)

64-bit floating point signal divide signal, then clamp to saturated value. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer, signal1 divisor elements to be divided into signal2 dividend elements. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsDiv_64f

@Cast(value="NppStatus")
public static int nppsDiv_64f(@Cast(value="const Npp64f*")
                        DoubleBuffer pSrc1,
                        @Cast(value="const Npp64f*")
                        DoubleBuffer pSrc2,
                        @Cast(value="Npp64f*")
                        DoubleBuffer pDst,
                        int nLength)

nppsDiv_64f

@Cast(value="NppStatus")
public static int nppsDiv_64f(@Cast(value="const Npp64f*")
                        double[] pSrc1,
                        @Cast(value="const Npp64f*")
                        double[] pSrc2,
                        @Cast(value="Npp64f*")
                        double[] pDst,
                        int nLength)

nppsDiv_32fc
```
@Cast(value="NppStatus")
public static int nppsDiv_32fc(@Const
                         nppc.Npp32fc pSrc1,
                         @Const
                         nppc.Npp32fc pSrc2,
                         nppc.Npp32fc pDst,
                         int nLength)
```
32-bit complex floating point signal divide signal, then clamp to saturated value. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer, signal1 divisor elements to be divided into signal2 dividend elements. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsDiv_64fc
```
@Cast(value="NppStatus")
public static int nppsDiv_64fc(@Const
                         nppc.Npp64fc pSrc1,
                         @Const
                         nppc.Npp64fc pSrc2,
                         nppc.Npp64fc pDst,
                         int nLength)
```
64-bit complex floating point signal divide signal, then clamp to saturated value. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer, signal1 divisor elements to be divided into signal2 dividend elements. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsDiv_8u_ISfs
```
@Cast(value="NppStatus")
public static int nppsDiv_8u_ISfs(@Cast(value="const Npp8u*")
                            BytePointer pSrc,
                            @Cast(value="Npp8u*")
                            BytePointer pSrcDst,
                            int nLength,
                            int nScaleFactor)
```
8-bit unsigned char in place signal divide signal, with scaling, then clamp to saturated value. \param pSrc \ref source_signal_pointer. \param pSrcDst \ref in_place_signal_pointer. signal1 divisor elements to be divided into signal2 dividend elements \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsDiv_8u_ISfs

@Cast(value="NppStatus")
public static int nppsDiv_8u_ISfs(@Cast(value="const Npp8u*")
                            ByteBuffer pSrc,
                            @Cast(value="Npp8u*")
                            ByteBuffer pSrcDst,
                            int nLength,
                            int nScaleFactor)

nppsDiv_8u_ISfs

@Cast(value="NppStatus")
public static int nppsDiv_8u_ISfs(@Cast(value="const Npp8u*")
                            byte[] pSrc,
                            @Cast(value="Npp8u*")
                            byte[] pSrcDst,
                            int nLength,
                            int nScaleFactor)

nppsDiv_16u_ISfs

@Cast(value="NppStatus")
public static int nppsDiv_16u_ISfs(@Cast(value="const Npp16u*")
                             ShortPointer pSrc,
                             @Cast(value="Npp16u*")
                             ShortPointer pSrcDst,
                             int nLength,
                             int nScaleFactor)

16-bit unsigned short in place signal divide signal, with scaling, then clamp to saturated value. \param pSrc \ref source_signal_pointer. \param pSrcDst \ref in_place_signal_pointer. signal1 divisor elements to be divided into signal2 dividend elements \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsDiv_16u_ISfs

@Cast(value="NppStatus")
public static int nppsDiv_16u_ISfs(@Cast(value="const Npp16u*")
                             ShortBuffer pSrc,
                             @Cast(value="Npp16u*")
                             ShortBuffer pSrcDst,
                             int nLength,
                             int nScaleFactor)

nppsDiv_16u_ISfs

@Cast(value="NppStatus")
public static int nppsDiv_16u_ISfs(@Cast(value="const Npp16u*")
                             short[] pSrc,
                             @Cast(value="Npp16u*")
                             short[] pSrcDst,
                             int nLength,
                             int nScaleFactor)

nppsDiv_16s_ISfs

@Cast(value="NppStatus")
public static int nppsDiv_16s_ISfs(@Cast(value="const Npp16s*")
                             ShortPointer pSrc,
                             @Cast(value="Npp16s*")
                             ShortPointer pSrcDst,
                             int nLength,
                             int nScaleFactor)

16-bit signed short in place signal divide signal, with scaling, then clamp to saturated value. \param pSrc \ref source_signal_pointer. \param pSrcDst \ref in_place_signal_pointer. signal1 divisor elements to be divided into signal2 dividend elements \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsDiv_16s_ISfs

@Cast(value="NppStatus")
public static int nppsDiv_16s_ISfs(@Cast(value="const Npp16s*")
                             ShortBuffer pSrc,
                             @Cast(value="Npp16s*")
                             ShortBuffer pSrcDst,
                             int nLength,
                             int nScaleFactor)

nppsDiv_16s_ISfs

@Cast(value="NppStatus")
public static int nppsDiv_16s_ISfs(@Cast(value="const Npp16s*")
                             short[] pSrc,
                             @Cast(value="Npp16s*")
                             short[] pSrcDst,
                             int nLength,
                             int nScaleFactor)

nppsDiv_16sc_ISfs
```
@Cast(value="NppStatus")
public static int nppsDiv_16sc_ISfs(@Const
                              nppc.Npp16sc pSrc,
                              nppc.Npp16sc pSrcDst,
                              int nLength,
                              int nScaleFactor)
```
16-bit complex signed short in place signal divide signal, with scaling, then clamp to saturated value. \param pSrc \ref source_signal_pointer. \param pSrcDst \ref in_place_signal_pointer. signal1 divisor elements to be divided into signal2 dividend elements \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsDiv_32s_ISfs
```
@Cast(value="NppStatus")
public static int nppsDiv_32s_ISfs(@Cast(value="const Npp32s*")
                             IntPointer pSrc,
                             @Cast(value="Npp32s*")
                             IntPointer pSrcDst,
                             int nLength,
                             int nScaleFactor)
```
32-bit signed integer in place signal divide signal, with scaling, then clamp to saturated value. \param pSrc \ref source_signal_pointer. \param pSrcDst \ref in_place_signal_pointer. signal1 divisor elements to be divided into signal2 dividend elements \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsDiv_32s_ISfs

@Cast(value="NppStatus")
public static int nppsDiv_32s_ISfs(@Cast(value="const Npp32s*")
                             IntBuffer pSrc,
                             @Cast(value="Npp32s*")
                             IntBuffer pSrcDst,
                             int nLength,
                             int nScaleFactor)

nppsDiv_32s_ISfs

@Cast(value="NppStatus")
public static int nppsDiv_32s_ISfs(@Cast(value="const Npp32s*")
                             int[] pSrc,
                             @Cast(value="Npp32s*")
                             int[] pSrcDst,
                             int nLength,
                             int nScaleFactor)

nppsDiv_32f_I
```
@Cast(value="NppStatus")
public static int nppsDiv_32f_I(@Cast(value="const Npp32f*")
                          FloatPointer pSrc,
                          @Cast(value="Npp32f*")
                          FloatPointer pSrcDst,
                          int nLength)
```
32-bit floating point in place signal divide signal, then clamp to saturated value. \param pSrc \ref source_signal_pointer. \param pSrcDst \ref in_place_signal_pointer. signal1 divisor elements to be divided into signal2 dividend elements \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsDiv_32f_I

@Cast(value="NppStatus")
public static int nppsDiv_32f_I(@Cast(value="const Npp32f*")
                          FloatBuffer pSrc,
                          @Cast(value="Npp32f*")
                          FloatBuffer pSrcDst,
                          int nLength)

nppsDiv_32f_I

@Cast(value="NppStatus")
public static int nppsDiv_32f_I(@Cast(value="const Npp32f*")
                          float[] pSrc,
                          @Cast(value="Npp32f*")
                          float[] pSrcDst,
                          int nLength)

nppsDiv_64f_I
```
@Cast(value="NppStatus")
public static int nppsDiv_64f_I(@Cast(value="const Npp64f*")
                          DoublePointer pSrc,
                          @Cast(value="Npp64f*")
                          DoublePointer pSrcDst,
                          int nLength)
```
64-bit floating point in place signal divide signal, then clamp to saturated value. \param pSrc \ref source_signal_pointer. \param pSrcDst \ref in_place_signal_pointer. signal1 divisor elements to be divided into signal2 dividend elements \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsDiv_64f_I

@Cast(value="NppStatus")
public static int nppsDiv_64f_I(@Cast(value="const Npp64f*")
                          DoubleBuffer pSrc,
                          @Cast(value="Npp64f*")
                          DoubleBuffer pSrcDst,
                          int nLength)

nppsDiv_64f_I

@Cast(value="NppStatus")
public static int nppsDiv_64f_I(@Cast(value="const Npp64f*")
                          double[] pSrc,
                          @Cast(value="Npp64f*")
                          double[] pSrcDst,
                          int nLength)

nppsDiv_32fc_I
```
@Cast(value="NppStatus")
public static int nppsDiv_32fc_I(@Const
                           nppc.Npp32fc pSrc,
                           nppc.Npp32fc pSrcDst,
                           int nLength)
```
32-bit complex floating point in place signal divide signal, then clamp to saturated value. \param pSrc \ref source_signal_pointer. \param pSrcDst \ref in_place_signal_pointer. signal1 divisor elements to be divided into signal2 dividend elements \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsDiv_64fc_I
```
@Cast(value="NppStatus")
public static int nppsDiv_64fc_I(@Const
                           nppc.Npp64fc pSrc,
                           nppc.Npp64fc pSrcDst,
                           int nLength)
```
64-bit complex floating point in place signal divide signal, then clamp to saturated value. \param pSrc \ref source_signal_pointer. \param pSrcDst \ref in_place_signal_pointer. signal1 divisor elements to be divided into signal2 dividend elements \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsDiv_Round_8u_Sfs

@Cast(value="NppStatus")
public static int nppsDiv_Round_8u_Sfs(@Cast(value="const Npp8u*")
                                 BytePointer pSrc1,
                                 @Cast(value="const Npp8u*")
                                 BytePointer pSrc2,
                                 @Cast(value="Npp8u*")
                                 BytePointer pDst,
                                 int nLength,
                                 @Cast(value="NppRoundMode")
                                 int nRndMode,
                                 int nScaleFactor)

8-bit unsigned char signal divide signal, scale, then clamp to saturated value. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer, signal1 divisor elements to be divided into signal2 dividend elements. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \param nRndMode various rounding modes. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsDiv_Round_8u_Sfs

@Cast(value="NppStatus")
public static int nppsDiv_Round_8u_Sfs(@Cast(value="const Npp8u*")
                                 ByteBuffer pSrc1,
                                 @Cast(value="const Npp8u*")
                                 ByteBuffer pSrc2,
                                 @Cast(value="Npp8u*")
                                 ByteBuffer pDst,
                                 int nLength,
                                 @Cast(value="NppRoundMode")
                                 int nRndMode,
                                 int nScaleFactor)

nppsDiv_Round_8u_Sfs

@Cast(value="NppStatus")
public static int nppsDiv_Round_8u_Sfs(@Cast(value="const Npp8u*")
                                 byte[] pSrc1,
                                 @Cast(value="const Npp8u*")
                                 byte[] pSrc2,
                                 @Cast(value="Npp8u*")
                                 byte[] pDst,
                                 int nLength,
                                 @Cast(value="NppRoundMode")
                                 int nRndMode,
                                 int nScaleFactor)

nppsDiv_Round_16u_Sfs

@Cast(value="NppStatus")
public static int nppsDiv_Round_16u_Sfs(@Cast(value="const Npp16u*")
                                  ShortPointer pSrc1,
                                  @Cast(value="const Npp16u*")
                                  ShortPointer pSrc2,
                                  @Cast(value="Npp16u*")
                                  ShortPointer pDst,
                                  int nLength,
                                  @Cast(value="NppRoundMode")
                                  int nRndMode,
                                  int nScaleFactor)

16-bit unsigned short signal divide signal, scale, round, then clamp to saturated value. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer, signal1 divisor elements to be divided into signal2 dividend elements. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \param nRndMode various rounding modes. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsDiv_Round_16u_Sfs

@Cast(value="NppStatus")
public static int nppsDiv_Round_16u_Sfs(@Cast(value="const Npp16u*")
                                  ShortBuffer pSrc1,
                                  @Cast(value="const Npp16u*")
                                  ShortBuffer pSrc2,
                                  @Cast(value="Npp16u*")
                                  ShortBuffer pDst,
                                  int nLength,
                                  @Cast(value="NppRoundMode")
                                  int nRndMode,
                                  int nScaleFactor)

nppsDiv_Round_16u_Sfs

@Cast(value="NppStatus")
public static int nppsDiv_Round_16u_Sfs(@Cast(value="const Npp16u*")
                                  short[] pSrc1,
                                  @Cast(value="const Npp16u*")
                                  short[] pSrc2,
                                  @Cast(value="Npp16u*")
                                  short[] pDst,
                                  int nLength,
                                  @Cast(value="NppRoundMode")
                                  int nRndMode,
                                  int nScaleFactor)

nppsDiv_Round_16s_Sfs

@Cast(value="NppStatus")
public static int nppsDiv_Round_16s_Sfs(@Cast(value="const Npp16s*")
                                  ShortPointer pSrc1,
                                  @Cast(value="const Npp16s*")
                                  ShortPointer pSrc2,
                                  @Cast(value="Npp16s*")
                                  ShortPointer pDst,
                                  int nLength,
                                  @Cast(value="NppRoundMode")
                                  int nRndMode,
                                  int nScaleFactor)

16-bit signed short signal divide signal, scale, round, then clamp to saturated value. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer, signal1 divisor elements to be divided into signal2 dividend elements. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \param nRndMode various rounding modes. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsDiv_Round_16s_Sfs

@Cast(value="NppStatus")
public static int nppsDiv_Round_16s_Sfs(@Cast(value="const Npp16s*")
                                  ShortBuffer pSrc1,
                                  @Cast(value="const Npp16s*")
                                  ShortBuffer pSrc2,
                                  @Cast(value="Npp16s*")
                                  ShortBuffer pDst,
                                  int nLength,
                                  @Cast(value="NppRoundMode")
                                  int nRndMode,
                                  int nScaleFactor)

nppsDiv_Round_16s_Sfs

@Cast(value="NppStatus")
public static int nppsDiv_Round_16s_Sfs(@Cast(value="const Npp16s*")
                                  short[] pSrc1,
                                  @Cast(value="const Npp16s*")
                                  short[] pSrc2,
                                  @Cast(value="Npp16s*")
                                  short[] pDst,
                                  int nLength,
                                  @Cast(value="NppRoundMode")
                                  int nRndMode,
                                  int nScaleFactor)

nppsDiv_Round_8u_ISfs

@Cast(value="NppStatus")
public static int nppsDiv_Round_8u_ISfs(@Cast(value="const Npp8u*")
                                  BytePointer pSrc,
                                  @Cast(value="Npp8u*")
                                  BytePointer pSrcDst,
                                  int nLength,
                                  @Cast(value="NppRoundMode")
                                  int nRndMode,
                                  int nScaleFactor)

8-bit unsigned char in place signal divide signal, with scaling, rounding then clamp to saturated value. \param pSrc \ref source_signal_pointer. \param pSrcDst \ref in_place_signal_pointer. signal1 divisor elements to be divided into signal2 dividend elements \param nLength \ref length_specification. \param nRndMode various rounding modes. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsDiv_Round_8u_ISfs

@Cast(value="NppStatus")
public static int nppsDiv_Round_8u_ISfs(@Cast(value="const Npp8u*")
                                  ByteBuffer pSrc,
                                  @Cast(value="Npp8u*")
                                  ByteBuffer pSrcDst,
                                  int nLength,
                                  @Cast(value="NppRoundMode")
                                  int nRndMode,
                                  int nScaleFactor)

nppsDiv_Round_8u_ISfs

@Cast(value="NppStatus")
public static int nppsDiv_Round_8u_ISfs(@Cast(value="const Npp8u*")
                                  byte[] pSrc,
                                  @Cast(value="Npp8u*")
                                  byte[] pSrcDst,
                                  int nLength,
                                  @Cast(value="NppRoundMode")
                                  int nRndMode,
                                  int nScaleFactor)

nppsDiv_Round_16u_ISfs

@Cast(value="NppStatus")
public static int nppsDiv_Round_16u_ISfs(@Cast(value="const Npp16u*")
                                   ShortPointer pSrc,
                                   @Cast(value="Npp16u*")
                                   ShortPointer pSrcDst,
                                   int nLength,
                                   @Cast(value="NppRoundMode")
                                   int nRndMode,
                                   int nScaleFactor)

16-bit unsigned short in place signal divide signal, with scaling, rounding then clamp to saturated value. \param pSrc \ref source_signal_pointer. \param pSrcDst \ref in_place_signal_pointer. signal1 divisor elements to be divided into signal2 dividend elements \param nLength \ref length_specification. \param nRndMode various rounding modes. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsDiv_Round_16u_ISfs

@Cast(value="NppStatus")
public static int nppsDiv_Round_16u_ISfs(@Cast(value="const Npp16u*")
                                   ShortBuffer pSrc,
                                   @Cast(value="Npp16u*")
                                   ShortBuffer pSrcDst,
                                   int nLength,
                                   @Cast(value="NppRoundMode")
                                   int nRndMode,
                                   int nScaleFactor)

nppsDiv_Round_16u_ISfs

@Cast(value="NppStatus")
public static int nppsDiv_Round_16u_ISfs(@Cast(value="const Npp16u*")
                                   short[] pSrc,
                                   @Cast(value="Npp16u*")
                                   short[] pSrcDst,
                                   int nLength,
                                   @Cast(value="NppRoundMode")
                                   int nRndMode,
                                   int nScaleFactor)

nppsDiv_Round_16s_ISfs

@Cast(value="NppStatus")
public static int nppsDiv_Round_16s_ISfs(@Cast(value="const Npp16s*")
                                   ShortPointer pSrc,
                                   @Cast(value="Npp16s*")
                                   ShortPointer pSrcDst,
                                   int nLength,
                                   @Cast(value="NppRoundMode")
                                   int nRndMode,
                                   int nScaleFactor)

16-bit signed short in place signal divide signal, with scaling, rounding then clamp to saturated value. \param pSrc \ref source_signal_pointer. \param pSrcDst \ref in_place_signal_pointer. signal1 divisor elements to be divided into signal2 dividend elements \param nLength \ref length_specification. \param nRndMode various rounding modes. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsDiv_Round_16s_ISfs

@Cast(value="NppStatus")
public static int nppsDiv_Round_16s_ISfs(@Cast(value="const Npp16s*")
                                   ShortBuffer pSrc,
                                   @Cast(value="Npp16s*")
                                   ShortBuffer pSrcDst,
                                   int nLength,
                                   @Cast(value="NppRoundMode")
                                   int nRndMode,
                                   int nScaleFactor)

nppsDiv_Round_16s_ISfs

@Cast(value="NppStatus")
public static int nppsDiv_Round_16s_ISfs(@Cast(value="const Npp16s*")
                                   short[] pSrc,
                                   @Cast(value="Npp16s*")
                                   short[] pSrcDst,
                                   int nLength,
                                   @Cast(value="NppRoundMode")
                                   int nRndMode,
                                   int nScaleFactor)

nppsAbs_16s

@Cast(value="NppStatus")
public static int nppsAbs_16s(@Cast(value="const Npp16s*")
                        ShortPointer pSrc,
                        @Cast(value="Npp16s*")
                        ShortPointer pDst,
                        int nLength)

16-bit signed short signal absolute value. \param pSrc \ref source_signal_pointer. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsAbs_16s

@Cast(value="NppStatus")
public static int nppsAbs_16s(@Cast(value="const Npp16s*")
                        ShortBuffer pSrc,
                        @Cast(value="Npp16s*")
                        ShortBuffer pDst,
                        int nLength)

nppsAbs_16s

@Cast(value="NppStatus")
public static int nppsAbs_16s(@Cast(value="const Npp16s*")
                        short[] pSrc,
                        @Cast(value="Npp16s*")
                        short[] pDst,
                        int nLength)

nppsAbs_32s

@Cast(value="NppStatus")
public static int nppsAbs_32s(@Cast(value="const Npp32s*")
                        IntPointer pSrc,
                        @Cast(value="Npp32s*")
                        IntPointer pDst,
                        int nLength)

32-bit signed integer signal absolute value. \param pSrc \ref source_signal_pointer. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsAbs_32s

@Cast(value="NppStatus")
public static int nppsAbs_32s(@Cast(value="const Npp32s*")
                        IntBuffer pSrc,
                        @Cast(value="Npp32s*")
                        IntBuffer pDst,
                        int nLength)

nppsAbs_32s

@Cast(value="NppStatus")
public static int nppsAbs_32s(@Cast(value="const Npp32s*")
                        int[] pSrc,
                        @Cast(value="Npp32s*")
                        int[] pDst,
                        int nLength)

nppsAbs_32f

@Cast(value="NppStatus")
public static int nppsAbs_32f(@Cast(value="const Npp32f*")
                        FloatPointer pSrc,
                        @Cast(value="Npp32f*")
                        FloatPointer pDst,
                        int nLength)

32-bit floating point signal absolute value. \param pSrc \ref source_signal_pointer. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsAbs_32f

@Cast(value="NppStatus")
public static int nppsAbs_32f(@Cast(value="const Npp32f*")
                        FloatBuffer pSrc,
                        @Cast(value="Npp32f*")
                        FloatBuffer pDst,
                        int nLength)

nppsAbs_32f

@Cast(value="NppStatus")
public static int nppsAbs_32f(@Cast(value="const Npp32f*")
                        float[] pSrc,
                        @Cast(value="Npp32f*")
                        float[] pDst,
                        int nLength)

nppsAbs_64f

@Cast(value="NppStatus")
public static int nppsAbs_64f(@Cast(value="const Npp64f*")
                        DoublePointer pSrc,
                        @Cast(value="Npp64f*")
                        DoublePointer pDst,
                        int nLength)

64-bit floating point signal absolute value. \param pSrc \ref source_signal_pointer. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsAbs_64f

@Cast(value="NppStatus")
public static int nppsAbs_64f(@Cast(value="const Npp64f*")
                        DoubleBuffer pSrc,
                        @Cast(value="Npp64f*")
                        DoubleBuffer pDst,
                        int nLength)

nppsAbs_64f

@Cast(value="NppStatus")
public static int nppsAbs_64f(@Cast(value="const Npp64f*")
                        double[] pSrc,
                        @Cast(value="Npp64f*")
                        double[] pDst,
                        int nLength)

nppsAbs_16s_I
```
@Cast(value="NppStatus")
public static int nppsAbs_16s_I(@Cast(value="Npp16s*")
                          ShortPointer pSrcDst,
                          int nLength)
```
16-bit signed short signal absolute value. \param pSrcDst \ref in_place_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsAbs_16s_I

@Cast(value="NppStatus")
public static int nppsAbs_16s_I(@Cast(value="Npp16s*")
                          ShortBuffer pSrcDst,
                          int nLength)

nppsAbs_16s_I

@Cast(value="NppStatus")
public static int nppsAbs_16s_I(@Cast(value="Npp16s*")
                          short[] pSrcDst,
                          int nLength)

nppsAbs_32s_I
```
@Cast(value="NppStatus")
public static int nppsAbs_32s_I(@Cast(value="Npp32s*")
                          IntPointer pSrcDst,
                          int nLength)
```
32-bit signed integer signal absolute value. \param pSrcDst \ref in_place_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsAbs_32s_I

@Cast(value="NppStatus")
public static int nppsAbs_32s_I(@Cast(value="Npp32s*")
                          IntBuffer pSrcDst,
                          int nLength)

nppsAbs_32s_I

@Cast(value="NppStatus")
public static int nppsAbs_32s_I(@Cast(value="Npp32s*")
                          int[] pSrcDst,
                          int nLength)

nppsAbs_32f_I
```
@Cast(value="NppStatus")
public static int nppsAbs_32f_I(@Cast(value="Npp32f*")
                          FloatPointer pSrcDst,
                          int nLength)
```
32-bit floating point signal absolute value. \param pSrcDst \ref in_place_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsAbs_32f_I

@Cast(value="NppStatus")
public static int nppsAbs_32f_I(@Cast(value="Npp32f*")
                          FloatBuffer pSrcDst,
                          int nLength)

nppsAbs_32f_I

@Cast(value="NppStatus")
public static int nppsAbs_32f_I(@Cast(value="Npp32f*")
                          float[] pSrcDst,
                          int nLength)

nppsAbs_64f_I
```
@Cast(value="NppStatus")
public static int nppsAbs_64f_I(@Cast(value="Npp64f*")
                          DoublePointer pSrcDst,
                          int nLength)
```
64-bit floating point signal absolute value. \param pSrcDst \ref in_place_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsAbs_64f_I

@Cast(value="NppStatus")
public static int nppsAbs_64f_I(@Cast(value="Npp64f*")
                          DoubleBuffer pSrcDst,
                          int nLength)

nppsAbs_64f_I

@Cast(value="NppStatus")
public static int nppsAbs_64f_I(@Cast(value="Npp64f*")
                          double[] pSrcDst,
                          int nLength)

nppsSqr_32f

@Cast(value="NppStatus")
public static int nppsSqr_32f(@Cast(value="const Npp32f*")
                        FloatPointer pSrc,
                        @Cast(value="Npp32f*")
                        FloatPointer pDst,
                        int nLength)

32-bit floating point signal squared. \param pSrc \ref source_signal_pointer. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsSqr_32f

@Cast(value="NppStatus")
public static int nppsSqr_32f(@Cast(value="const Npp32f*")
                        FloatBuffer pSrc,
                        @Cast(value="Npp32f*")
                        FloatBuffer pDst,
                        int nLength)

nppsSqr_32f

@Cast(value="NppStatus")
public static int nppsSqr_32f(@Cast(value="const Npp32f*")
                        float[] pSrc,
                        @Cast(value="Npp32f*")
                        float[] pDst,
                        int nLength)

nppsSqr_64f

@Cast(value="NppStatus")
public static int nppsSqr_64f(@Cast(value="const Npp64f*")
                        DoublePointer pSrc,
                        @Cast(value="Npp64f*")
                        DoublePointer pDst,
                        int nLength)

64-bit floating point signal squared. \param pSrc \ref source_signal_pointer. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsSqr_64f

@Cast(value="NppStatus")
public static int nppsSqr_64f(@Cast(value="const Npp64f*")
                        DoubleBuffer pSrc,
                        @Cast(value="Npp64f*")
                        DoubleBuffer pDst,
                        int nLength)

nppsSqr_64f

@Cast(value="NppStatus")
public static int nppsSqr_64f(@Cast(value="const Npp64f*")
                        double[] pSrc,
                        @Cast(value="Npp64f*")
                        double[] pDst,
                        int nLength)

nppsSqr_32fc
```
@Cast(value="NppStatus")
public static int nppsSqr_32fc(@Const
                         nppc.Npp32fc pSrc,
                         nppc.Npp32fc pDst,
                         int nLength)
```
32-bit complex floating point signal squared. \param pSrc \ref source_signal_pointer. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsSqr_64fc
```
@Cast(value="NppStatus")
public static int nppsSqr_64fc(@Const
                         nppc.Npp64fc pSrc,
                         nppc.Npp64fc pDst,
                         int nLength)
```
64-bit complex floating point signal squared. \param pSrc \ref source_signal_pointer. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsSqr_32f_I
```
@Cast(value="NppStatus")
public static int nppsSqr_32f_I(@Cast(value="Npp32f*")
                          FloatPointer pSrcDst,
                          int nLength)
```
32-bit floating point signal squared. \param pSrcDst \ref in_place_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsSqr_32f_I

@Cast(value="NppStatus")
public static int nppsSqr_32f_I(@Cast(value="Npp32f*")
                          FloatBuffer pSrcDst,
                          int nLength)

nppsSqr_32f_I

@Cast(value="NppStatus")
public static int nppsSqr_32f_I(@Cast(value="Npp32f*")
                          float[] pSrcDst,
                          int nLength)

nppsSqr_64f_I
```
@Cast(value="NppStatus")
public static int nppsSqr_64f_I(@Cast(value="Npp64f*")
                          DoublePointer pSrcDst,
                          int nLength)
```
64-bit floating point signal squared. \param pSrcDst \ref in_place_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsSqr_64f_I

@Cast(value="NppStatus")
public static int nppsSqr_64f_I(@Cast(value="Npp64f*")
                          DoubleBuffer pSrcDst,
                          int nLength)

nppsSqr_64f_I

@Cast(value="NppStatus")
public static int nppsSqr_64f_I(@Cast(value="Npp64f*")
                          double[] pSrcDst,
                          int nLength)

nppsSqr_32fc_I
```
@Cast(value="NppStatus")
public static int nppsSqr_32fc_I(nppc.Npp32fc pSrcDst,
                           int nLength)
```
32-bit complex floating point signal squared. \param pSrcDst \ref in_place_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsSqr_64fc_I
```
@Cast(value="NppStatus")
public static int nppsSqr_64fc_I(nppc.Npp64fc pSrcDst,
                           int nLength)
```
64-bit complex floating point signal squared. \param pSrcDst \ref in_place_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsSqr_8u_Sfs

@Cast(value="NppStatus")
public static int nppsSqr_8u_Sfs(@Cast(value="const Npp8u*")
                           BytePointer pSrc,
                           @Cast(value="Npp8u*")
                           BytePointer pDst,
                           int nLength,
                           int nScaleFactor)

8-bit unsigned char signal squared, scale, then clamp to saturated value. \param pSrc \ref source_signal_pointer. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsSqr_8u_Sfs

@Cast(value="NppStatus")
public static int nppsSqr_8u_Sfs(@Cast(value="const Npp8u*")
                           ByteBuffer pSrc,
                           @Cast(value="Npp8u*")
                           ByteBuffer pDst,
                           int nLength,
                           int nScaleFactor)

nppsSqr_8u_Sfs

@Cast(value="NppStatus")
public static int nppsSqr_8u_Sfs(@Cast(value="const Npp8u*")
                           byte[] pSrc,
                           @Cast(value="Npp8u*")
                           byte[] pDst,
                           int nLength,
                           int nScaleFactor)

nppsSqr_16u_Sfs

@Cast(value="NppStatus")
public static int nppsSqr_16u_Sfs(@Cast(value="const Npp16u*")
                            ShortPointer pSrc,
                            @Cast(value="Npp16u*")
                            ShortPointer pDst,
                            int nLength,
                            int nScaleFactor)

16-bit unsigned short signal squared, scale, then clamp to saturated value. \param pSrc \ref source_signal_pointer. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsSqr_16u_Sfs

@Cast(value="NppStatus")
public static int nppsSqr_16u_Sfs(@Cast(value="const Npp16u*")
                            ShortBuffer pSrc,
                            @Cast(value="Npp16u*")
                            ShortBuffer pDst,
                            int nLength,
                            int nScaleFactor)

nppsSqr_16u_Sfs

@Cast(value="NppStatus")
public static int nppsSqr_16u_Sfs(@Cast(value="const Npp16u*")
                            short[] pSrc,
                            @Cast(value="Npp16u*")
                            short[] pDst,
                            int nLength,
                            int nScaleFactor)

nppsSqr_16s_Sfs

@Cast(value="NppStatus")
public static int nppsSqr_16s_Sfs(@Cast(value="const Npp16s*")
                            ShortPointer pSrc,
                            @Cast(value="Npp16s*")
                            ShortPointer pDst,
                            int nLength,
                            int nScaleFactor)

16-bit signed short signal squared, scale, then clamp to saturated value. \param pSrc \ref source_signal_pointer. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsSqr_16s_Sfs

@Cast(value="NppStatus")
public static int nppsSqr_16s_Sfs(@Cast(value="const Npp16s*")
                            ShortBuffer pSrc,
                            @Cast(value="Npp16s*")
                            ShortBuffer pDst,
                            int nLength,
                            int nScaleFactor)

nppsSqr_16s_Sfs

@Cast(value="NppStatus")
public static int nppsSqr_16s_Sfs(@Cast(value="const Npp16s*")
                            short[] pSrc,
                            @Cast(value="Npp16s*")
                            short[] pDst,
                            int nLength,
                            int nScaleFactor)

nppsSqr_16sc_Sfs
```
@Cast(value="NppStatus")
public static int nppsSqr_16sc_Sfs(@Const
                             nppc.Npp16sc pSrc,
                             nppc.Npp16sc pDst,
                             int nLength,
                             int nScaleFactor)
```
16-bit complex signed short signal squared, scale, then clamp to saturated value. \param pSrc \ref source_signal_pointer. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsSqr_8u_ISfs
```
@Cast(value="NppStatus")
public static int nppsSqr_8u_ISfs(@Cast(value="Npp8u*")
                            BytePointer pSrcDst,
                            int nLength,
                            int nScaleFactor)
```
8-bit unsigned char signal squared, scale, then clamp to saturated value. \param pSrcDst \ref in_place_signal_pointer. \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsSqr_8u_ISfs

@Cast(value="NppStatus")
public static int nppsSqr_8u_ISfs(@Cast(value="Npp8u*")
                            ByteBuffer pSrcDst,
                            int nLength,
                            int nScaleFactor)

nppsSqr_8u_ISfs

@Cast(value="NppStatus")
public static int nppsSqr_8u_ISfs(@Cast(value="Npp8u*")
                            byte[] pSrcDst,
                            int nLength,
                            int nScaleFactor)

nppsSqr_16u_ISfs
```
@Cast(value="NppStatus")
public static int nppsSqr_16u_ISfs(@Cast(value="Npp16u*")
                             ShortPointer pSrcDst,
                             int nLength,
                             int nScaleFactor)
```
16-bit unsigned short signal squared, scale, then clamp to saturated value. \param pSrcDst \ref in_place_signal_pointer. \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsSqr_16u_ISfs

@Cast(value="NppStatus")
public static int nppsSqr_16u_ISfs(@Cast(value="Npp16u*")
                             ShortBuffer pSrcDst,
                             int nLength,
                             int nScaleFactor)

nppsSqr_16u_ISfs

@Cast(value="NppStatus")
public static int nppsSqr_16u_ISfs(@Cast(value="Npp16u*")
                             short[] pSrcDst,
                             int nLength,
                             int nScaleFactor)

nppsSqr_16s_ISfs
```
@Cast(value="NppStatus")
public static int nppsSqr_16s_ISfs(@Cast(value="Npp16s*")
                             ShortPointer pSrcDst,
                             int nLength,
                             int nScaleFactor)
```
16-bit signed short signal squared, scale, then clamp to saturated value. \param pSrcDst \ref in_place_signal_pointer. \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsSqr_16s_ISfs

@Cast(value="NppStatus")
public static int nppsSqr_16s_ISfs(@Cast(value="Npp16s*")
                             ShortBuffer pSrcDst,
                             int nLength,
                             int nScaleFactor)

nppsSqr_16s_ISfs

@Cast(value="NppStatus")
public static int nppsSqr_16s_ISfs(@Cast(value="Npp16s*")
                             short[] pSrcDst,
                             int nLength,
                             int nScaleFactor)

nppsSqr_16sc_ISfs
```
@Cast(value="NppStatus")
public static int nppsSqr_16sc_ISfs(nppc.Npp16sc pSrcDst,
                              int nLength,
                              int nScaleFactor)
```
16-bit complex signed short signal squared, scale, then clamp to saturated value. \param pSrcDst \ref in_place_signal_pointer. \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsSqrt_32f

@Cast(value="NppStatus")
public static int nppsSqrt_32f(@Cast(value="const Npp32f*")
                         FloatPointer pSrc,
                         @Cast(value="Npp32f*")
                         FloatPointer pDst,
                         int nLength)

32-bit floating point signal square root. \param pSrc \ref source_signal_pointer. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsSqrt_32f

@Cast(value="NppStatus")
public static int nppsSqrt_32f(@Cast(value="const Npp32f*")
                         FloatBuffer pSrc,
                         @Cast(value="Npp32f*")
                         FloatBuffer pDst,
                         int nLength)

nppsSqrt_32f

@Cast(value="NppStatus")
public static int nppsSqrt_32f(@Cast(value="const Npp32f*")
                         float[] pSrc,
                         @Cast(value="Npp32f*")
                         float[] pDst,
                         int nLength)

nppsSqrt_64f

@Cast(value="NppStatus")
public static int nppsSqrt_64f(@Cast(value="const Npp64f*")
                         DoublePointer pSrc,
                         @Cast(value="Npp64f*")
                         DoublePointer pDst,
                         int nLength)

64-bit floating point signal square root. \param pSrc \ref source_signal_pointer. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsSqrt_64f

@Cast(value="NppStatus")
public static int nppsSqrt_64f(@Cast(value="const Npp64f*")
                         DoubleBuffer pSrc,
                         @Cast(value="Npp64f*")
                         DoubleBuffer pDst,
                         int nLength)

nppsSqrt_64f

@Cast(value="NppStatus")
public static int nppsSqrt_64f(@Cast(value="const Npp64f*")
                         double[] pSrc,
                         @Cast(value="Npp64f*")
                         double[] pDst,
                         int nLength)

nppsSqrt_32fc
```
@Cast(value="NppStatus")
public static int nppsSqrt_32fc(@Const
                          nppc.Npp32fc pSrc,
                          nppc.Npp32fc pDst,
                          int nLength)
```
32-bit complex floating point signal square root. \param pSrc \ref source_signal_pointer. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsSqrt_64fc
```
@Cast(value="NppStatus")
public static int nppsSqrt_64fc(@Const
                          nppc.Npp64fc pSrc,
                          nppc.Npp64fc pDst,
                          int nLength)
```
64-bit complex floating point signal square root. \param pSrc \ref source_signal_pointer. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsSqrt_32f_I
```
@Cast(value="NppStatus")
public static int nppsSqrt_32f_I(@Cast(value="Npp32f*")
                           FloatPointer pSrcDst,
                           int nLength)
```
32-bit floating point signal square root. \param pSrcDst \ref in_place_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsSqrt_32f_I

@Cast(value="NppStatus")
public static int nppsSqrt_32f_I(@Cast(value="Npp32f*")
                           FloatBuffer pSrcDst,
                           int nLength)

nppsSqrt_32f_I

@Cast(value="NppStatus")
public static int nppsSqrt_32f_I(@Cast(value="Npp32f*")
                           float[] pSrcDst,
                           int nLength)

nppsSqrt_64f_I
```
@Cast(value="NppStatus")
public static int nppsSqrt_64f_I(@Cast(value="Npp64f*")
                           DoublePointer pSrcDst,
                           int nLength)
```
64-bit floating point signal square root. \param pSrcDst \ref in_place_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsSqrt_64f_I

@Cast(value="NppStatus")
public static int nppsSqrt_64f_I(@Cast(value="Npp64f*")
                           DoubleBuffer pSrcDst,
                           int nLength)

nppsSqrt_64f_I

@Cast(value="NppStatus")
public static int nppsSqrt_64f_I(@Cast(value="Npp64f*")
                           double[] pSrcDst,
                           int nLength)

nppsSqrt_32fc_I
```
@Cast(value="NppStatus")
public static int nppsSqrt_32fc_I(nppc.Npp32fc pSrcDst,
                            int nLength)
```
32-bit complex floating point signal square root. \param pSrcDst \ref in_place_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsSqrt_64fc_I
```
@Cast(value="NppStatus")
public static int nppsSqrt_64fc_I(nppc.Npp64fc pSrcDst,
                            int nLength)
```
64-bit complex floating point signal square root. \param pSrcDst \ref in_place_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsSqrt_8u_Sfs

@Cast(value="NppStatus")
public static int nppsSqrt_8u_Sfs(@Cast(value="const Npp8u*")
                            BytePointer pSrc,
                            @Cast(value="Npp8u*")
                            BytePointer pDst,
                            int nLength,
                            int nScaleFactor)

8-bit unsigned char signal square root, scale, then clamp to saturated value. \param pSrc \ref source_signal_pointer. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsSqrt_8u_Sfs

@Cast(value="NppStatus")
public static int nppsSqrt_8u_Sfs(@Cast(value="const Npp8u*")
                            ByteBuffer pSrc,
                            @Cast(value="Npp8u*")
                            ByteBuffer pDst,
                            int nLength,
                            int nScaleFactor)

nppsSqrt_8u_Sfs

@Cast(value="NppStatus")
public static int nppsSqrt_8u_Sfs(@Cast(value="const Npp8u*")
                            byte[] pSrc,
                            @Cast(value="Npp8u*")
                            byte[] pDst,
                            int nLength,
                            int nScaleFactor)

nppsSqrt_16u_Sfs

@Cast(value="NppStatus")
public static int nppsSqrt_16u_Sfs(@Cast(value="const Npp16u*")
                             ShortPointer pSrc,
                             @Cast(value="Npp16u*")
                             ShortPointer pDst,
                             int nLength,
                             int nScaleFactor)

16-bit unsigned short signal square root, scale, then clamp to saturated value. \param pSrc \ref source_signal_pointer. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsSqrt_16u_Sfs

@Cast(value="NppStatus")
public static int nppsSqrt_16u_Sfs(@Cast(value="const Npp16u*")
                             ShortBuffer pSrc,
                             @Cast(value="Npp16u*")
                             ShortBuffer pDst,
                             int nLength,
                             int nScaleFactor)

nppsSqrt_16u_Sfs

@Cast(value="NppStatus")
public static int nppsSqrt_16u_Sfs(@Cast(value="const Npp16u*")
                             short[] pSrc,
                             @Cast(value="Npp16u*")
                             short[] pDst,
                             int nLength,
                             int nScaleFactor)

nppsSqrt_16s_Sfs

@Cast(value="NppStatus")
public static int nppsSqrt_16s_Sfs(@Cast(value="const Npp16s*")
                             ShortPointer pSrc,
                             @Cast(value="Npp16s*")
                             ShortPointer pDst,
                             int nLength,
                             int nScaleFactor)

16-bit signed short signal square root, scale, then clamp to saturated value. \param pSrc \ref source_signal_pointer. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsSqrt_16s_Sfs

@Cast(value="NppStatus")
public static int nppsSqrt_16s_Sfs(@Cast(value="const Npp16s*")
                             ShortBuffer pSrc,
                             @Cast(value="Npp16s*")
                             ShortBuffer pDst,
                             int nLength,
                             int nScaleFactor)

nppsSqrt_16s_Sfs

@Cast(value="NppStatus")
public static int nppsSqrt_16s_Sfs(@Cast(value="const Npp16s*")
                             short[] pSrc,
                             @Cast(value="Npp16s*")
                             short[] pDst,
                             int nLength,
                             int nScaleFactor)

nppsSqrt_16sc_Sfs
```
@Cast(value="NppStatus")
public static int nppsSqrt_16sc_Sfs(@Const
                              nppc.Npp16sc pSrc,
                              nppc.Npp16sc pDst,
                              int nLength,
                              int nScaleFactor)
```
16-bit complex signed short signal square root, scale, then clamp to saturated value. \param pSrc \ref source_signal_pointer. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsSqrt_64s_Sfs

@Cast(value="NppStatus")
public static int nppsSqrt_64s_Sfs(@Cast(value="const Npp64s*")
                             LongPointer pSrc,
                             @Cast(value="Npp64s*")
                             LongPointer pDst,
                             int nLength,
                             int nScaleFactor)

64-bit signed integer signal square root, scale, then clamp to saturated value. \param pSrc \ref source_signal_pointer. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsSqrt_64s_Sfs

@Cast(value="NppStatus")
public static int nppsSqrt_64s_Sfs(@Cast(value="const Npp64s*")
                             LongBuffer pSrc,
                             @Cast(value="Npp64s*")
                             LongBuffer pDst,
                             int nLength,
                             int nScaleFactor)

nppsSqrt_64s_Sfs

@Cast(value="NppStatus")
public static int nppsSqrt_64s_Sfs(@Cast(value="const Npp64s*")
                             long[] pSrc,
                             @Cast(value="Npp64s*")
                             long[] pDst,
                             int nLength,
                             int nScaleFactor)

nppsSqrt_32s16s_Sfs

@Cast(value="NppStatus")
public static int nppsSqrt_32s16s_Sfs(@Cast(value="const Npp32s*")
                                IntPointer pSrc,
                                @Cast(value="Npp16s*")
                                ShortPointer pDst,
                                int nLength,
                                int nScaleFactor)

32-bit signed integer signal square root, scale, then clamp to 16-bit signed integer saturated value. \param pSrc \ref source_signal_pointer. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsSqrt_32s16s_Sfs

@Cast(value="NppStatus")
public static int nppsSqrt_32s16s_Sfs(@Cast(value="const Npp32s*")
                                IntBuffer pSrc,
                                @Cast(value="Npp16s*")
                                ShortBuffer pDst,
                                int nLength,
                                int nScaleFactor)

nppsSqrt_32s16s_Sfs

@Cast(value="NppStatus")
public static int nppsSqrt_32s16s_Sfs(@Cast(value="const Npp32s*")
                                int[] pSrc,
                                @Cast(value="Npp16s*")
                                short[] pDst,
                                int nLength,
                                int nScaleFactor)

nppsSqrt_64s16s_Sfs

@Cast(value="NppStatus")
public static int nppsSqrt_64s16s_Sfs(@Cast(value="const Npp64s*")
                                LongPointer pSrc,
                                @Cast(value="Npp16s*")
                                ShortPointer pDst,
                                int nLength,
                                int nScaleFactor)

64-bit signed integer signal square root, scale, then clamp to 16-bit signed integer saturated value. \param pSrc \ref source_signal_pointer. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsSqrt_64s16s_Sfs

@Cast(value="NppStatus")
public static int nppsSqrt_64s16s_Sfs(@Cast(value="const Npp64s*")
                                LongBuffer pSrc,
                                @Cast(value="Npp16s*")
                                ShortBuffer pDst,
                                int nLength,
                                int nScaleFactor)

nppsSqrt_64s16s_Sfs

@Cast(value="NppStatus")
public static int nppsSqrt_64s16s_Sfs(@Cast(value="const Npp64s*")
                                long[] pSrc,
                                @Cast(value="Npp16s*")
                                short[] pDst,
                                int nLength,
                                int nScaleFactor)

nppsSqrt_8u_ISfs
```
@Cast(value="NppStatus")
public static int nppsSqrt_8u_ISfs(@Cast(value="Npp8u*")
                             BytePointer pSrcDst,
                             int nLength,
                             int nScaleFactor)
```
8-bit unsigned char signal square root, scale, then clamp to saturated value. \param pSrcDst \ref in_place_signal_pointer. \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsSqrt_8u_ISfs

@Cast(value="NppStatus")
public static int nppsSqrt_8u_ISfs(@Cast(value="Npp8u*")
                             ByteBuffer pSrcDst,
                             int nLength,
                             int nScaleFactor)

nppsSqrt_8u_ISfs

@Cast(value="NppStatus")
public static int nppsSqrt_8u_ISfs(@Cast(value="Npp8u*")
                             byte[] pSrcDst,
                             int nLength,
                             int nScaleFactor)

nppsSqrt_16u_ISfs
```
@Cast(value="NppStatus")
public static int nppsSqrt_16u_ISfs(@Cast(value="Npp16u*")
                              ShortPointer pSrcDst,
                              int nLength,
                              int nScaleFactor)
```
16-bit unsigned short signal square root, scale, then clamp to saturated value. \param pSrcDst \ref in_place_signal_pointer. \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsSqrt_16u_ISfs

@Cast(value="NppStatus")
public static int nppsSqrt_16u_ISfs(@Cast(value="Npp16u*")
                              ShortBuffer pSrcDst,
                              int nLength,
                              int nScaleFactor)

nppsSqrt_16u_ISfs

@Cast(value="NppStatus")
public static int nppsSqrt_16u_ISfs(@Cast(value="Npp16u*")
                              short[] pSrcDst,
                              int nLength,
                              int nScaleFactor)

nppsSqrt_16s_ISfs
```
@Cast(value="NppStatus")
public static int nppsSqrt_16s_ISfs(@Cast(value="Npp16s*")
                              ShortPointer pSrcDst,
                              int nLength,
                              int nScaleFactor)
```
16-bit signed short signal square root, scale, then clamp to saturated value. \param pSrcDst \ref in_place_signal_pointer. \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsSqrt_16s_ISfs

@Cast(value="NppStatus")
public static int nppsSqrt_16s_ISfs(@Cast(value="Npp16s*")
                              ShortBuffer pSrcDst,
                              int nLength,
                              int nScaleFactor)

nppsSqrt_16s_ISfs

@Cast(value="NppStatus")
public static int nppsSqrt_16s_ISfs(@Cast(value="Npp16s*")
                              short[] pSrcDst,
                              int nLength,
                              int nScaleFactor)

nppsSqrt_16sc_ISfs
```
@Cast(value="NppStatus")
public static int nppsSqrt_16sc_ISfs(nppc.Npp16sc pSrcDst,
                               int nLength,
                               int nScaleFactor)
```
16-bit complex signed short signal square root, scale, then clamp to saturated value. \param pSrcDst \ref in_place_signal_pointer. \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsSqrt_64s_ISfs
```
@Cast(value="NppStatus")
public static int nppsSqrt_64s_ISfs(@Cast(value="Npp64s*")
                              LongPointer pSrcDst,
                              int nLength,
                              int nScaleFactor)
```
64-bit signed integer signal square root, scale, then clamp to saturated value. \param pSrcDst \ref in_place_signal_pointer. \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsSqrt_64s_ISfs

@Cast(value="NppStatus")
public static int nppsSqrt_64s_ISfs(@Cast(value="Npp64s*")
                              LongBuffer pSrcDst,
                              int nLength,
                              int nScaleFactor)

nppsSqrt_64s_ISfs

@Cast(value="NppStatus")
public static int nppsSqrt_64s_ISfs(@Cast(value="Npp64s*")
                              long[] pSrcDst,
                              int nLength,
                              int nScaleFactor)

nppsCubrt_32f

@Cast(value="NppStatus")
public static int nppsCubrt_32f(@Cast(value="const Npp32f*")
                          FloatPointer pSrc,
                          @Cast(value="Npp32f*")
                          FloatPointer pDst,
                          int nLength)

32-bit floating point signal cube root. \param pSrc \ref source_signal_pointer. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsCubrt_32f

@Cast(value="NppStatus")
public static int nppsCubrt_32f(@Cast(value="const Npp32f*")
                          FloatBuffer pSrc,
                          @Cast(value="Npp32f*")
                          FloatBuffer pDst,
                          int nLength)

nppsCubrt_32f

@Cast(value="NppStatus")
public static int nppsCubrt_32f(@Cast(value="const Npp32f*")
                          float[] pSrc,
                          @Cast(value="Npp32f*")
                          float[] pDst,
                          int nLength)

nppsCubrt_32s16s_Sfs

@Cast(value="NppStatus")
public static int nppsCubrt_32s16s_Sfs(@Cast(value="const Npp32s*")
                                 IntPointer pSrc,
                                 @Cast(value="Npp16s*")
                                 ShortPointer pDst,
                                 int nLength,
                                 int nScaleFactor)

32-bit signed integer signal cube root, scale, then clamp to 16-bit signed integer saturated value. \param pSrc \ref source_signal_pointer. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsCubrt_32s16s_Sfs

@Cast(value="NppStatus")
public static int nppsCubrt_32s16s_Sfs(@Cast(value="const Npp32s*")
                                 IntBuffer pSrc,
                                 @Cast(value="Npp16s*")
                                 ShortBuffer pDst,
                                 int nLength,
                                 int nScaleFactor)

nppsCubrt_32s16s_Sfs

@Cast(value="NppStatus")
public static int nppsCubrt_32s16s_Sfs(@Cast(value="const Npp32s*")
                                 int[] pSrc,
                                 @Cast(value="Npp16s*")
                                 short[] pDst,
                                 int nLength,
                                 int nScaleFactor)

nppsExp_32f

@Cast(value="NppStatus")
public static int nppsExp_32f(@Cast(value="const Npp32f*")
                        FloatPointer pSrc,
                        @Cast(value="Npp32f*")
                        FloatPointer pDst,
                        int nLength)

32-bit floating point signal exponent. \param pSrc \ref source_signal_pointer. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsExp_32f

@Cast(value="NppStatus")
public static int nppsExp_32f(@Cast(value="const Npp32f*")
                        FloatBuffer pSrc,
                        @Cast(value="Npp32f*")
                        FloatBuffer pDst,
                        int nLength)

nppsExp_32f

@Cast(value="NppStatus")
public static int nppsExp_32f(@Cast(value="const Npp32f*")
                        float[] pSrc,
                        @Cast(value="Npp32f*")
                        float[] pDst,
                        int nLength)

nppsExp_64f

@Cast(value="NppStatus")
public static int nppsExp_64f(@Cast(value="const Npp64f*")
                        DoublePointer pSrc,
                        @Cast(value="Npp64f*")
                        DoublePointer pDst,
                        int nLength)

64-bit floating point signal exponent. \param pSrc \ref source_signal_pointer. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsExp_64f

@Cast(value="NppStatus")
public static int nppsExp_64f(@Cast(value="const Npp64f*")
                        DoubleBuffer pSrc,
                        @Cast(value="Npp64f*")
                        DoubleBuffer pDst,
                        int nLength)

nppsExp_64f

@Cast(value="NppStatus")
public static int nppsExp_64f(@Cast(value="const Npp64f*")
                        double[] pSrc,
                        @Cast(value="Npp64f*")
                        double[] pDst,
                        int nLength)

nppsExp_32f64f

@Cast(value="NppStatus")
public static int nppsExp_32f64f(@Cast(value="const Npp32f*")
                           FloatPointer pSrc,
                           @Cast(value="Npp64f*")
                           DoublePointer pDst,
                           int nLength)

32-bit floating point signal exponent with 64-bit floating point result. \param pSrc \ref source_signal_pointer. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsExp_32f64f

@Cast(value="NppStatus")
public static int nppsExp_32f64f(@Cast(value="const Npp32f*")
                           FloatBuffer pSrc,
                           @Cast(value="Npp64f*")
                           DoubleBuffer pDst,
                           int nLength)

nppsExp_32f64f

@Cast(value="NppStatus")
public static int nppsExp_32f64f(@Cast(value="const Npp32f*")
                           float[] pSrc,
                           @Cast(value="Npp64f*")
                           double[] pDst,
                           int nLength)

nppsExp_32f_I
```
@Cast(value="NppStatus")
public static int nppsExp_32f_I(@Cast(value="Npp32f*")
                          FloatPointer pSrcDst,
                          int nLength)
```
32-bit floating point signal exponent. \param pSrcDst \ref in_place_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsExp_32f_I

@Cast(value="NppStatus")
public static int nppsExp_32f_I(@Cast(value="Npp32f*")
                          FloatBuffer pSrcDst,
                          int nLength)

nppsExp_32f_I

@Cast(value="NppStatus")
public static int nppsExp_32f_I(@Cast(value="Npp32f*")
                          float[] pSrcDst,
                          int nLength)

nppsExp_64f_I
```
@Cast(value="NppStatus")
public static int nppsExp_64f_I(@Cast(value="Npp64f*")
                          DoublePointer pSrcDst,
                          int nLength)
```
64-bit floating point signal exponent. \param pSrcDst \ref in_place_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsExp_64f_I

@Cast(value="NppStatus")
public static int nppsExp_64f_I(@Cast(value="Npp64f*")
                          DoubleBuffer pSrcDst,
                          int nLength)

nppsExp_64f_I

@Cast(value="NppStatus")
public static int nppsExp_64f_I(@Cast(value="Npp64f*")
                          double[] pSrcDst,
                          int nLength)

nppsExp_16s_Sfs

@Cast(value="NppStatus")
public static int nppsExp_16s_Sfs(@Cast(value="const Npp16s*")
                            ShortPointer pSrc,
                            @Cast(value="Npp16s*")
                            ShortPointer pDst,
                            int nLength,
                            int nScaleFactor)

16-bit signed short signal exponent, scale, then clamp to saturated value. \param pSrc \ref source_signal_pointer. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsExp_16s_Sfs

@Cast(value="NppStatus")
public static int nppsExp_16s_Sfs(@Cast(value="const Npp16s*")
                            ShortBuffer pSrc,
                            @Cast(value="Npp16s*")
                            ShortBuffer pDst,
                            int nLength,
                            int nScaleFactor)

nppsExp_16s_Sfs

@Cast(value="NppStatus")
public static int nppsExp_16s_Sfs(@Cast(value="const Npp16s*")
                            short[] pSrc,
                            @Cast(value="Npp16s*")
                            short[] pDst,
                            int nLength,
                            int nScaleFactor)

nppsExp_32s_Sfs

@Cast(value="NppStatus")
public static int nppsExp_32s_Sfs(@Cast(value="const Npp32s*")
                            IntPointer pSrc,
                            @Cast(value="Npp32s*")
                            IntPointer pDst,
                            int nLength,
                            int nScaleFactor)

32-bit signed integer signal exponent, scale, then clamp to saturated value. \param pSrc \ref source_signal_pointer. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsExp_32s_Sfs

@Cast(value="NppStatus")
public static int nppsExp_32s_Sfs(@Cast(value="const Npp32s*")
                            IntBuffer pSrc,
                            @Cast(value="Npp32s*")
                            IntBuffer pDst,
                            int nLength,
                            int nScaleFactor)

nppsExp_32s_Sfs

@Cast(value="NppStatus")
public static int nppsExp_32s_Sfs(@Cast(value="const Npp32s*")
                            int[] pSrc,
                            @Cast(value="Npp32s*")
                            int[] pDst,
                            int nLength,
                            int nScaleFactor)

nppsExp_64s_Sfs

@Cast(value="NppStatus")
public static int nppsExp_64s_Sfs(@Cast(value="const Npp64s*")
                            LongPointer pSrc,
                            @Cast(value="Npp64s*")
                            LongPointer pDst,
                            int nLength,
                            int nScaleFactor)

64-bit signed integer signal exponent, scale, then clamp to saturated value. \param pSrc \ref source_signal_pointer. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsExp_64s_Sfs

@Cast(value="NppStatus")
public static int nppsExp_64s_Sfs(@Cast(value="const Npp64s*")
                            LongBuffer pSrc,
                            @Cast(value="Npp64s*")
                            LongBuffer pDst,
                            int nLength,
                            int nScaleFactor)

nppsExp_64s_Sfs

@Cast(value="NppStatus")
public static int nppsExp_64s_Sfs(@Cast(value="const Npp64s*")
                            long[] pSrc,
                            @Cast(value="Npp64s*")
                            long[] pDst,
                            int nLength,
                            int nScaleFactor)

nppsExp_16s_ISfs
```
@Cast(value="NppStatus")
public static int nppsExp_16s_ISfs(@Cast(value="Npp16s*")
                             ShortPointer pSrcDst,
                             int nLength,
                             int nScaleFactor)
```
16-bit signed short signal exponent, scale, then clamp to saturated value. \param pSrcDst \ref in_place_signal_pointer. \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsExp_16s_ISfs

@Cast(value="NppStatus")
public static int nppsExp_16s_ISfs(@Cast(value="Npp16s*")
                             ShortBuffer pSrcDst,
                             int nLength,
                             int nScaleFactor)

nppsExp_16s_ISfs

@Cast(value="NppStatus")
public static int nppsExp_16s_ISfs(@Cast(value="Npp16s*")
                             short[] pSrcDst,
                             int nLength,
                             int nScaleFactor)

nppsExp_32s_ISfs
```
@Cast(value="NppStatus")
public static int nppsExp_32s_ISfs(@Cast(value="Npp32s*")
                             IntPointer pSrcDst,
                             int nLength,
                             int nScaleFactor)
```
32-bit signed integer signal exponent, scale, then clamp to saturated value. \param pSrcDst \ref in_place_signal_pointer. \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsExp_32s_ISfs

@Cast(value="NppStatus")
public static int nppsExp_32s_ISfs(@Cast(value="Npp32s*")
                             IntBuffer pSrcDst,
                             int nLength,
                             int nScaleFactor)

nppsExp_32s_ISfs

@Cast(value="NppStatus")
public static int nppsExp_32s_ISfs(@Cast(value="Npp32s*")
                             int[] pSrcDst,
                             int nLength,
                             int nScaleFactor)

nppsExp_64s_ISfs
```
@Cast(value="NppStatus")
public static int nppsExp_64s_ISfs(@Cast(value="Npp64s*")
                             LongPointer pSrcDst,
                             int nLength,
                             int nScaleFactor)
```
64-bit signed integer signal exponent, scale, then clamp to saturated value. \param pSrcDst \ref in_place_signal_pointer. \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsExp_64s_ISfs

@Cast(value="NppStatus")
public static int nppsExp_64s_ISfs(@Cast(value="Npp64s*")
                             LongBuffer pSrcDst,
                             int nLength,
                             int nScaleFactor)

nppsExp_64s_ISfs

@Cast(value="NppStatus")
public static int nppsExp_64s_ISfs(@Cast(value="Npp64s*")
                             long[] pSrcDst,
                             int nLength,
                             int nScaleFactor)

nppsLn_32f

@Cast(value="NppStatus")
public static int nppsLn_32f(@Cast(value="const Npp32f*")
                       FloatPointer pSrc,
                       @Cast(value="Npp32f*")
                       FloatPointer pDst,
                       int nLength)

32-bit floating point signal natural logarithm. \param pSrc \ref source_signal_pointer. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsLn_32f

@Cast(value="NppStatus")
public static int nppsLn_32f(@Cast(value="const Npp32f*")
                       FloatBuffer pSrc,
                       @Cast(value="Npp32f*")
                       FloatBuffer pDst,
                       int nLength)

nppsLn_32f

@Cast(value="NppStatus")
public static int nppsLn_32f(@Cast(value="const Npp32f*")
                       float[] pSrc,
                       @Cast(value="Npp32f*")
                       float[] pDst,
                       int nLength)

nppsLn_64f

@Cast(value="NppStatus")
public static int nppsLn_64f(@Cast(value="const Npp64f*")
                       DoublePointer pSrc,
                       @Cast(value="Npp64f*")
                       DoublePointer pDst,
                       int nLength)

64-bit floating point signal natural logarithm. \param pSrc \ref source_signal_pointer. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsLn_64f

@Cast(value="NppStatus")
public static int nppsLn_64f(@Cast(value="const Npp64f*")
                       DoubleBuffer pSrc,
                       @Cast(value="Npp64f*")
                       DoubleBuffer pDst,
                       int nLength)

nppsLn_64f

@Cast(value="NppStatus")
public static int nppsLn_64f(@Cast(value="const Npp64f*")
                       double[] pSrc,
                       @Cast(value="Npp64f*")
                       double[] pDst,
                       int nLength)

nppsLn_64f32f

@Cast(value="NppStatus")
public static int nppsLn_64f32f(@Cast(value="const Npp64f*")
                          DoublePointer pSrc,
                          @Cast(value="Npp32f*")
                          FloatPointer pDst,
                          int nLength)

64-bit floating point signal natural logarithm with 32-bit floating point result. \param pSrc \ref source_signal_pointer. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsLn_64f32f

@Cast(value="NppStatus")
public static int nppsLn_64f32f(@Cast(value="const Npp64f*")
                          DoubleBuffer pSrc,
                          @Cast(value="Npp32f*")
                          FloatBuffer pDst,
                          int nLength)

nppsLn_64f32f

@Cast(value="NppStatus")
public static int nppsLn_64f32f(@Cast(value="const Npp64f*")
                          double[] pSrc,
                          @Cast(value="Npp32f*")
                          float[] pDst,
                          int nLength)

nppsLn_32f_I
```
@Cast(value="NppStatus")
public static int nppsLn_32f_I(@Cast(value="Npp32f*")
                         FloatPointer pSrcDst,
                         int nLength)
```
32-bit floating point signal natural logarithm. \param pSrcDst \ref in_place_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsLn_32f_I

@Cast(value="NppStatus")
public static int nppsLn_32f_I(@Cast(value="Npp32f*")
                         FloatBuffer pSrcDst,
                         int nLength)

nppsLn_32f_I

@Cast(value="NppStatus")
public static int nppsLn_32f_I(@Cast(value="Npp32f*")
                         float[] pSrcDst,
                         int nLength)

nppsLn_64f_I
```
@Cast(value="NppStatus")
public static int nppsLn_64f_I(@Cast(value="Npp64f*")
                         DoublePointer pSrcDst,
                         int nLength)
```
64-bit floating point signal natural logarithm. \param pSrcDst \ref in_place_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsLn_64f_I

@Cast(value="NppStatus")
public static int nppsLn_64f_I(@Cast(value="Npp64f*")
                         DoubleBuffer pSrcDst,
                         int nLength)

nppsLn_64f_I

@Cast(value="NppStatus")
public static int nppsLn_64f_I(@Cast(value="Npp64f*")
                         double[] pSrcDst,
                         int nLength)

nppsLn_16s_Sfs

@Cast(value="NppStatus")
public static int nppsLn_16s_Sfs(@Cast(value="const Npp16s*")
                           ShortPointer pSrc,
                           @Cast(value="Npp16s*")
                           ShortPointer pDst,
                           int nLength,
                           int nScaleFactor)

16-bit signed short signal natural logarithm, scale, then clamp to saturated value. \param pSrc \ref source_signal_pointer. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsLn_16s_Sfs

@Cast(value="NppStatus")
public static int nppsLn_16s_Sfs(@Cast(value="const Npp16s*")
                           ShortBuffer pSrc,
                           @Cast(value="Npp16s*")
                           ShortBuffer pDst,
                           int nLength,
                           int nScaleFactor)

nppsLn_16s_Sfs

@Cast(value="NppStatus")
public static int nppsLn_16s_Sfs(@Cast(value="const Npp16s*")
                           short[] pSrc,
                           @Cast(value="Npp16s*")
                           short[] pDst,
                           int nLength,
                           int nScaleFactor)

nppsLn_32s_Sfs

@Cast(value="NppStatus")
public static int nppsLn_32s_Sfs(@Cast(value="const Npp32s*")
                           IntPointer pSrc,
                           @Cast(value="Npp32s*")
                           IntPointer pDst,
                           int nLength,
                           int nScaleFactor)

32-bit signed integer signal natural logarithm, scale, then clamp to saturated value. \param pSrc \ref source_signal_pointer. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsLn_32s_Sfs

@Cast(value="NppStatus")
public static int nppsLn_32s_Sfs(@Cast(value="const Npp32s*")
                           IntBuffer pSrc,
                           @Cast(value="Npp32s*")
                           IntBuffer pDst,
                           int nLength,
                           int nScaleFactor)

nppsLn_32s_Sfs

@Cast(value="NppStatus")
public static int nppsLn_32s_Sfs(@Cast(value="const Npp32s*")
                           int[] pSrc,
                           @Cast(value="Npp32s*")
                           int[] pDst,
                           int nLength,
                           int nScaleFactor)

nppsLn_32s16s_Sfs

@Cast(value="NppStatus")
public static int nppsLn_32s16s_Sfs(@Cast(value="const Npp32s*")
                              IntPointer pSrc,
                              @Cast(value="Npp16s*")
                              ShortPointer pDst,
                              int nLength,
                              int nScaleFactor)

32-bit signed integer signal natural logarithm, scale, then clamp to 16-bit signed short saturated value. \param pSrc \ref source_signal_pointer. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsLn_32s16s_Sfs

@Cast(value="NppStatus")
public static int nppsLn_32s16s_Sfs(@Cast(value="const Npp32s*")
                              IntBuffer pSrc,
                              @Cast(value="Npp16s*")
                              ShortBuffer pDst,
                              int nLength,
                              int nScaleFactor)

nppsLn_32s16s_Sfs

@Cast(value="NppStatus")
public static int nppsLn_32s16s_Sfs(@Cast(value="const Npp32s*")
                              int[] pSrc,
                              @Cast(value="Npp16s*")
                              short[] pDst,
                              int nLength,
                              int nScaleFactor)

nppsLn_16s_ISfs
```
@Cast(value="NppStatus")
public static int nppsLn_16s_ISfs(@Cast(value="Npp16s*")
                            ShortPointer pSrcDst,
                            int nLength,
                            int nScaleFactor)
```
16-bit signed short signal natural logarithm, scale, then clamp to saturated value. \param pSrcDst \ref in_place_signal_pointer. \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsLn_16s_ISfs

@Cast(value="NppStatus")
public static int nppsLn_16s_ISfs(@Cast(value="Npp16s*")
                            ShortBuffer pSrcDst,
                            int nLength,
                            int nScaleFactor)

nppsLn_16s_ISfs

@Cast(value="NppStatus")
public static int nppsLn_16s_ISfs(@Cast(value="Npp16s*")
                            short[] pSrcDst,
                            int nLength,
                            int nScaleFactor)

nppsLn_32s_ISfs
```
@Cast(value="NppStatus")
public static int nppsLn_32s_ISfs(@Cast(value="Npp32s*")
                            IntPointer pSrcDst,
                            int nLength,
                            int nScaleFactor)
```
32-bit signed integer signal natural logarithm, scale, then clamp to saturated value. \param pSrcDst \ref in_place_signal_pointer. \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsLn_32s_ISfs

@Cast(value="NppStatus")
public static int nppsLn_32s_ISfs(@Cast(value="Npp32s*")
                            IntBuffer pSrcDst,
                            int nLength,
                            int nScaleFactor)

nppsLn_32s_ISfs

@Cast(value="NppStatus")
public static int nppsLn_32s_ISfs(@Cast(value="Npp32s*")
                            int[] pSrcDst,
                            int nLength,
                            int nScaleFactor)

npps10Log10_32s_Sfs

@Cast(value="NppStatus")
public static int npps10Log10_32s_Sfs(@Cast(value="const Npp32s*")
                                IntPointer pSrc,
                                @Cast(value="Npp32s*")
                                IntPointer pDst,
                                int nLength,
                                int nScaleFactor)

32-bit signed integer signal 10 times base 10 logarithm, scale, then clamp to saturated value. \param pSrc \ref source_signal_pointer. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

npps10Log10_32s_Sfs

@Cast(value="NppStatus")
public static int npps10Log10_32s_Sfs(@Cast(value="const Npp32s*")
                                IntBuffer pSrc,
                                @Cast(value="Npp32s*")
                                IntBuffer pDst,
                                int nLength,
                                int nScaleFactor)

npps10Log10_32s_Sfs

@Cast(value="NppStatus")
public static int npps10Log10_32s_Sfs(@Cast(value="const Npp32s*")
                                int[] pSrc,
                                @Cast(value="Npp32s*")
                                int[] pDst,
                                int nLength,
                                int nScaleFactor)

npps10Log10_32s_ISfs
```
@Cast(value="NppStatus")
public static int npps10Log10_32s_ISfs(@Cast(value="Npp32s*")
                                 IntPointer pSrcDst,
                                 int nLength,
                                 int nScaleFactor)
```
32-bit signed integer signal 10 times base 10 logarithm, scale, then clamp to saturated value. \param pSrcDst \ref in_place_signal_pointer. \param nLength \ref length_specification. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

npps10Log10_32s_ISfs

@Cast(value="NppStatus")
public static int npps10Log10_32s_ISfs(@Cast(value="Npp32s*")
                                 IntBuffer pSrcDst,
                                 int nLength,
                                 int nScaleFactor)

npps10Log10_32s_ISfs

@Cast(value="NppStatus")
public static int npps10Log10_32s_ISfs(@Cast(value="Npp32s*")
                                 int[] pSrcDst,
                                 int nLength,
                                 int nScaleFactor)

nppsSumLnGetBufferSize_32f
```
@Cast(value="NppStatus")
public static int nppsSumLnGetBufferSize_32f(int nLength,
                                       IntPointer hpBufferSize)
```
Device scratch buffer size (in bytes) for 32f SumLn. This primitive provides the correct buffer size for nppsSumLn_32f. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \ref general_scratch_buffer. \return NPP_SUCCESS

nppsSumLnGetBufferSize_32f

@Cast(value="NppStatus")
public static int nppsSumLnGetBufferSize_32f(int nLength,
                                       IntBuffer hpBufferSize)

nppsSumLnGetBufferSize_32f

@Cast(value="NppStatus")
public static int nppsSumLnGetBufferSize_32f(int nLength,
                                       int[] hpBufferSize)

nppsSumLn_32f

@Cast(value="NppStatus")
public static int nppsSumLn_32f(@Cast(value="const Npp32f*")
                          FloatPointer pSrc,
                          int nLength,
                          @Cast(value="Npp32f*")
                          FloatPointer pDst,
                          @Cast(value="Npp8u*")
                          BytePointer pDeviceBuffer)

32-bit floating point signal sum natural logarithm. \param pSrc \ref source_signal_pointer. \param nLength \ref length_specification. \param pDst Pointer to the output result. \param pDeviceBuffer Pointer to the required device memory allocation. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsSumLn_32f

@Cast(value="NppStatus")
public static int nppsSumLn_32f(@Cast(value="const Npp32f*")
                          FloatBuffer pSrc,
                          int nLength,
                          @Cast(value="Npp32f*")
                          FloatBuffer pDst,
                          @Cast(value="Npp8u*")
                          ByteBuffer pDeviceBuffer)

nppsSumLn_32f

@Cast(value="NppStatus")
public static int nppsSumLn_32f(@Cast(value="const Npp32f*")
                          float[] pSrc,
                          int nLength,
                          @Cast(value="Npp32f*")
                          float[] pDst,
                          @Cast(value="Npp8u*")
                          byte[] pDeviceBuffer)

nppsSumLnGetBufferSize_64f
```
@Cast(value="NppStatus")
public static int nppsSumLnGetBufferSize_64f(int nLength,
                                       IntPointer hpBufferSize)
```
Device scratch buffer size (in bytes) for 64f SumLn. This primitive provides the correct buffer size for nppsSumLn_64f. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \ref general_scratch_buffer. \return NPP_SUCCESS

nppsSumLnGetBufferSize_64f

@Cast(value="NppStatus")
public static int nppsSumLnGetBufferSize_64f(int nLength,
                                       IntBuffer hpBufferSize)

nppsSumLnGetBufferSize_64f

@Cast(value="NppStatus")
public static int nppsSumLnGetBufferSize_64f(int nLength,
                                       int[] hpBufferSize)

nppsSumLn_64f

@Cast(value="NppStatus")
public static int nppsSumLn_64f(@Cast(value="const Npp64f*")
                          DoublePointer pSrc,
                          int nLength,
                          @Cast(value="Npp64f*")
                          DoublePointer pDst,
                          @Cast(value="Npp8u*")
                          BytePointer pDeviceBuffer)

64-bit floating point signal sum natural logarithm. \param pSrc \ref source_signal_pointer. \param nLength \ref length_specification. \param pDst Pointer to the output result. \param pDeviceBuffer Pointer to the required device memory allocation. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsSumLn_64f

@Cast(value="NppStatus")
public static int nppsSumLn_64f(@Cast(value="const Npp64f*")
                          DoubleBuffer pSrc,
                          int nLength,
                          @Cast(value="Npp64f*")
                          DoubleBuffer pDst,
                          @Cast(value="Npp8u*")
                          ByteBuffer pDeviceBuffer)

nppsSumLn_64f

@Cast(value="NppStatus")
public static int nppsSumLn_64f(@Cast(value="const Npp64f*")
                          double[] pSrc,
                          int nLength,
                          @Cast(value="Npp64f*")
                          double[] pDst,
                          @Cast(value="Npp8u*")
                          byte[] pDeviceBuffer)

nppsSumLnGetBufferSize_32f64f
```
@Cast(value="NppStatus")
public static int nppsSumLnGetBufferSize_32f64f(int nLength,
                                          IntPointer hpBufferSize)
```
Device scratch buffer size (in bytes) for 32f64f SumLn. This primitive provides the correct buffer size for nppsSumLn_32f64f. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \ref general_scratch_buffer. \return NPP_SUCCESS

nppsSumLnGetBufferSize_32f64f

@Cast(value="NppStatus")
public static int nppsSumLnGetBufferSize_32f64f(int nLength,
                                          IntBuffer hpBufferSize)

nppsSumLnGetBufferSize_32f64f

@Cast(value="NppStatus")
public static int nppsSumLnGetBufferSize_32f64f(int nLength,
                                          int[] hpBufferSize)

nppsSumLn_32f64f

@Cast(value="NppStatus")
public static int nppsSumLn_32f64f(@Cast(value="const Npp32f*")
                             FloatPointer pSrc,
                             int nLength,
                             @Cast(value="Npp64f*")
                             DoublePointer pDst,
                             @Cast(value="Npp8u*")
                             BytePointer pDeviceBuffer)

32-bit flaoting point input, 64-bit floating point output signal sum natural logarithm. \param pSrc \ref source_signal_pointer. \param nLength \ref length_specification. \param pDst Pointer to the output result. \param pDeviceBuffer Pointer to the required device memory allocation. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsSumLn_32f64f

@Cast(value="NppStatus")
public static int nppsSumLn_32f64f(@Cast(value="const Npp32f*")
                             FloatBuffer pSrc,
                             int nLength,
                             @Cast(value="Npp64f*")
                             DoubleBuffer pDst,
                             @Cast(value="Npp8u*")
                             ByteBuffer pDeviceBuffer)

nppsSumLn_32f64f

@Cast(value="NppStatus")
public static int nppsSumLn_32f64f(@Cast(value="const Npp32f*")
                             float[] pSrc,
                             int nLength,
                             @Cast(value="Npp64f*")
                             double[] pDst,
                             @Cast(value="Npp8u*")
                             byte[] pDeviceBuffer)

nppsSumLnGetBufferSize_16s32f
```
@Cast(value="NppStatus")
public static int nppsSumLnGetBufferSize_16s32f(int nLength,
                                          IntPointer hpBufferSize)
```
Device scratch buffer size (in bytes) for 16s32f SumLn. This primitive provides the correct buffer size for nppsSumLn_16s32f. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \ref general_scratch_buffer. \return NPP_SUCCESS

nppsSumLnGetBufferSize_16s32f

@Cast(value="NppStatus")
public static int nppsSumLnGetBufferSize_16s32f(int nLength,
                                          IntBuffer hpBufferSize)

nppsSumLnGetBufferSize_16s32f

@Cast(value="NppStatus")
public static int nppsSumLnGetBufferSize_16s32f(int nLength,
                                          int[] hpBufferSize)

nppsSumLn_16s32f

@Cast(value="NppStatus")
public static int nppsSumLn_16s32f(@Cast(value="const Npp16s*")
                             ShortPointer pSrc,
                             int nLength,
                             @Cast(value="Npp32f*")
                             FloatPointer pDst,
                             @Cast(value="Npp8u*")
                             BytePointer pDeviceBuffer)

16-bit signed short integer input, 32-bit floating point output signal sum natural logarithm. \param pSrc \ref source_signal_pointer. \param nLength \ref length_specification. \param pDst Pointer to the output result. \param pDeviceBuffer Pointer to the required device memory allocation. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsSumLn_16s32f

@Cast(value="NppStatus")
public static int nppsSumLn_16s32f(@Cast(value="const Npp16s*")
                             ShortBuffer pSrc,
                             int nLength,
                             @Cast(value="Npp32f*")
                             FloatBuffer pDst,
                             @Cast(value="Npp8u*")
                             ByteBuffer pDeviceBuffer)

nppsSumLn_16s32f

@Cast(value="NppStatus")
public static int nppsSumLn_16s32f(@Cast(value="const Npp16s*")
                             short[] pSrc,
                             int nLength,
                             @Cast(value="Npp32f*")
                             float[] pDst,
                             @Cast(value="Npp8u*")
                             byte[] pDeviceBuffer)

nppsArctan_32f

@Cast(value="NppStatus")
public static int nppsArctan_32f(@Cast(value="const Npp32f*")
                           FloatPointer pSrc,
                           @Cast(value="Npp32f*")
                           FloatPointer pDst,
                           int nLength)

32-bit floating point signal inverse tangent. \param pSrc \ref source_signal_pointer. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsArctan_32f

@Cast(value="NppStatus")
public static int nppsArctan_32f(@Cast(value="const Npp32f*")
                           FloatBuffer pSrc,
                           @Cast(value="Npp32f*")
                           FloatBuffer pDst,
                           int nLength)

nppsArctan_32f

@Cast(value="NppStatus")
public static int nppsArctan_32f(@Cast(value="const Npp32f*")
                           float[] pSrc,
                           @Cast(value="Npp32f*")
                           float[] pDst,
                           int nLength)

nppsArctan_64f

@Cast(value="NppStatus")
public static int nppsArctan_64f(@Cast(value="const Npp64f*")
                           DoublePointer pSrc,
                           @Cast(value="Npp64f*")
                           DoublePointer pDst,
                           int nLength)

64-bit floating point signal inverse tangent. \param pSrc \ref source_signal_pointer. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsArctan_64f

@Cast(value="NppStatus")
public static int nppsArctan_64f(@Cast(value="const Npp64f*")
                           DoubleBuffer pSrc,
                           @Cast(value="Npp64f*")
                           DoubleBuffer pDst,
                           int nLength)

nppsArctan_64f

@Cast(value="NppStatus")
public static int nppsArctan_64f(@Cast(value="const Npp64f*")
                           double[] pSrc,
                           @Cast(value="Npp64f*")
                           double[] pDst,
                           int nLength)

nppsArctan_32f_I
```
@Cast(value="NppStatus")
public static int nppsArctan_32f_I(@Cast(value="Npp32f*")
                             FloatPointer pSrcDst,
                             int nLength)
```
32-bit floating point signal inverse tangent. \param pSrcDst \ref in_place_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsArctan_32f_I

@Cast(value="NppStatus")
public static int nppsArctan_32f_I(@Cast(value="Npp32f*")
                             FloatBuffer pSrcDst,
                             int nLength)

nppsArctan_32f_I

@Cast(value="NppStatus")
public static int nppsArctan_32f_I(@Cast(value="Npp32f*")
                             float[] pSrcDst,
                             int nLength)

nppsArctan_64f_I
```
@Cast(value="NppStatus")
public static int nppsArctan_64f_I(@Cast(value="Npp64f*")
                             DoublePointer pSrcDst,
                             int nLength)
```
64-bit floating point signal inverse tangent. \param pSrcDst \ref in_place_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsArctan_64f_I

@Cast(value="NppStatus")
public static int nppsArctan_64f_I(@Cast(value="Npp64f*")
                             DoubleBuffer pSrcDst,
                             int nLength)

nppsArctan_64f_I

@Cast(value="NppStatus")
public static int nppsArctan_64f_I(@Cast(value="Npp64f*")
                             double[] pSrcDst,
                             int nLength)

nppsNormalize_32f

@Cast(value="NppStatus")
public static int nppsNormalize_32f(@Cast(value="const Npp32f*")
                              FloatPointer pSrc,
                              @Cast(value="Npp32f*")
                              FloatPointer pDst,
                              int nLength,
                              @Cast(value="Npp32f")
                              float vSub,
                              @Cast(value="Npp32f")
                              float vDiv)

32-bit floating point signal normalize. \param pSrc \ref source_signal_pointer. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \param vSub value subtracted from each signal element before division \param vDiv divisor of post-subtracted signal element dividend \return \ref signal_data_error_codes, \ref length_error_codes.

nppsNormalize_32f

@Cast(value="NppStatus")
public static int nppsNormalize_32f(@Cast(value="const Npp32f*")
                              FloatBuffer pSrc,
                              @Cast(value="Npp32f*")
                              FloatBuffer pDst,
                              int nLength,
                              @Cast(value="Npp32f")
                              float vSub,
                              @Cast(value="Npp32f")
                              float vDiv)

nppsNormalize_32f

@Cast(value="NppStatus")
public static int nppsNormalize_32f(@Cast(value="const Npp32f*")
                              float[] pSrc,
                              @Cast(value="Npp32f*")
                              float[] pDst,
                              int nLength,
                              @Cast(value="Npp32f")
                              float vSub,
                              @Cast(value="Npp32f")
                              float vDiv)

nppsNormalize_32fc

@Cast(value="NppStatus")
public static int nppsNormalize_32fc(@Const
                               nppc.Npp32fc pSrc,
                               nppc.Npp32fc pDst,
                               int nLength,
                               @ByVal
                               nppc.Npp32fc vSub,
                               @Cast(value="Npp32f")
                               float vDiv)

32-bit complex floating point signal normalize. \param pSrc \ref source_signal_pointer. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \param vSub value subtracted from each signal element before division \param vDiv divisor of post-subtracted signal element dividend \return \ref signal_data_error_codes, \ref length_error_codes.

nppsNormalize_64f

@Cast(value="NppStatus")
public static int nppsNormalize_64f(@Cast(value="const Npp64f*")
                              DoublePointer pSrc,
                              @Cast(value="Npp64f*")
                              DoublePointer pDst,
                              int nLength,
                              @Cast(value="Npp64f")
                              double vSub,
                              @Cast(value="Npp64f")
                              double vDiv)

64-bit floating point signal normalize. \param pSrc \ref source_signal_pointer. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \param vSub value subtracted from each signal element before division \param vDiv divisor of post-subtracted signal element dividend \return \ref signal_data_error_codes, \ref length_error_codes.

nppsNormalize_64f

@Cast(value="NppStatus")
public static int nppsNormalize_64f(@Cast(value="const Npp64f*")
                              DoubleBuffer pSrc,
                              @Cast(value="Npp64f*")
                              DoubleBuffer pDst,
                              int nLength,
                              @Cast(value="Npp64f")
                              double vSub,
                              @Cast(value="Npp64f")
                              double vDiv)

nppsNormalize_64f

@Cast(value="NppStatus")
public static int nppsNormalize_64f(@Cast(value="const Npp64f*")
                              double[] pSrc,
                              @Cast(value="Npp64f*")
                              double[] pDst,
                              int nLength,
                              @Cast(value="Npp64f")
                              double vSub,
                              @Cast(value="Npp64f")
                              double vDiv)

nppsNormalize_64fc

@Cast(value="NppStatus")
public static int nppsNormalize_64fc(@Const
                               nppc.Npp64fc pSrc,
                               nppc.Npp64fc pDst,
                               int nLength,
                               @ByVal
                               nppc.Npp64fc vSub,
                               @Cast(value="Npp64f")
                               double vDiv)

64-bit complex floating point signal normalize. \param pSrc \ref source_signal_pointer. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \param vSub value subtracted from each signal element before division \param vDiv divisor of post-subtracted signal element dividend \return \ref signal_data_error_codes, \ref length_error_codes.

nppsNormalize_16s_Sfs

@Cast(value="NppStatus")
public static int nppsNormalize_16s_Sfs(@Cast(value="const Npp16s*")
                                  ShortPointer pSrc,
                                  @Cast(value="Npp16s*")
                                  ShortPointer pDst,
                                  int nLength,
                                  @Cast(value="Npp16s")
                                  short vSub,
                                  int vDiv,
                                  int nScaleFactor)

16-bit signed short signal normalize, scale, then clamp to saturated value. \param pSrc \ref source_signal_pointer. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \param vSub value subtracted from each signal element before division \param vDiv divisor of post-subtracted signal element dividend \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsNormalize_16s_Sfs

@Cast(value="NppStatus")
public static int nppsNormalize_16s_Sfs(@Cast(value="const Npp16s*")
                                  ShortBuffer pSrc,
                                  @Cast(value="Npp16s*")
                                  ShortBuffer pDst,
                                  int nLength,
                                  @Cast(value="Npp16s")
                                  short vSub,
                                  int vDiv,
                                  int nScaleFactor)

nppsNormalize_16s_Sfs

@Cast(value="NppStatus")
public static int nppsNormalize_16s_Sfs(@Cast(value="const Npp16s*")
                                  short[] pSrc,
                                  @Cast(value="Npp16s*")
                                  short[] pDst,
                                  int nLength,
                                  @Cast(value="Npp16s")
                                  short vSub,
                                  int vDiv,
                                  int nScaleFactor)

nppsNormalize_16sc_Sfs

@Cast(value="NppStatus")
public static int nppsNormalize_16sc_Sfs(@Const
                                   nppc.Npp16sc pSrc,
                                   nppc.Npp16sc pDst,
                                   int nLength,
                                   @ByVal
                                   nppc.Npp16sc vSub,
                                   int vDiv,
                                   int nScaleFactor)

16-bit complex signed short signal normalize, scale, then clamp to saturated value. \param pSrc \ref source_signal_pointer. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \param vSub value subtracted from each signal element before division \param vDiv divisor of post-subtracted signal element dividend \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsCauchy_32f_I

@Cast(value="NppStatus")
public static int nppsCauchy_32f_I(@Cast(value="Npp32f*")
                             FloatPointer pSrcDst,
                             int nLength,
                             @Cast(value="Npp32f")
                             float nParam)

32-bit floating point signal Cauchy error calculation. \param pSrcDst \ref in_place_signal_pointer. \param nLength \ref length_specification. \param nParam constant used in Cauchy formula \return \ref signal_data_error_codes, \ref length_error_codes.

nppsCauchy_32f_I

@Cast(value="NppStatus")
public static int nppsCauchy_32f_I(@Cast(value="Npp32f*")
                             FloatBuffer pSrcDst,
                             int nLength,
                             @Cast(value="Npp32f")
                             float nParam)

nppsCauchy_32f_I

@Cast(value="NppStatus")
public static int nppsCauchy_32f_I(@Cast(value="Npp32f*")
                             float[] pSrcDst,
                             int nLength,
                             @Cast(value="Npp32f")
                             float nParam)

nppsCauchyD_32f_I

@Cast(value="NppStatus")
public static int nppsCauchyD_32f_I(@Cast(value="Npp32f*")
                              FloatPointer pSrcDst,
                              int nLength,
                              @Cast(value="Npp32f")
                              float nParam)

32-bit floating point signal Cauchy first derivative. \param pSrcDst \ref in_place_signal_pointer. \param nLength \ref length_specification. \param nParam constant used in Cauchy formula \return \ref signal_data_error_codes, \ref length_error_codes.

nppsCauchyD_32f_I

@Cast(value="NppStatus")
public static int nppsCauchyD_32f_I(@Cast(value="Npp32f*")
                              FloatBuffer pSrcDst,
                              int nLength,
                              @Cast(value="Npp32f")
                              float nParam)

nppsCauchyD_32f_I

@Cast(value="NppStatus")
public static int nppsCauchyD_32f_I(@Cast(value="Npp32f*")
                              float[] pSrcDst,
                              int nLength,
                              @Cast(value="Npp32f")
                              float nParam)

nppsCauchyDD2_32f_I

@Cast(value="NppStatus")
public static int nppsCauchyDD2_32f_I(@Cast(value="Npp32f*")
                                FloatPointer pSrcDst,
                                @Cast(value="Npp32f*")
                                FloatPointer pD2FVal,
                                int nLength,
                                @Cast(value="Npp32f")
                                float nParam)

32-bit floating point signal Cauchy first and second derivatives. \param pSrcDst \ref in_place_signal_pointer. \param pD2FVal \ref source_signal_pointer. This signal contains the second derivative of the source signal. \param nLength \ref length_specification. \param nParam constant used in Cauchy formula \return \ref signal_data_error_codes, \ref length_error_codes.

nppsCauchyDD2_32f_I

@Cast(value="NppStatus")
public static int nppsCauchyDD2_32f_I(@Cast(value="Npp32f*")
                                FloatBuffer pSrcDst,
                                @Cast(value="Npp32f*")
                                FloatBuffer pD2FVal,
                                int nLength,
                                @Cast(value="Npp32f")
                                float nParam)

nppsCauchyDD2_32f_I

@Cast(value="NppStatus")
public static int nppsCauchyDD2_32f_I(@Cast(value="Npp32f*")
                                float[] pSrcDst,
                                @Cast(value="Npp32f*")
                                float[] pD2FVal,
                                int nLength,
                                @Cast(value="Npp32f")
                                float nParam)

nppsAndC_8u

@Cast(value="NppStatus")
public static int nppsAndC_8u(@Cast(value="const Npp8u*")
                        BytePointer pSrc,
                        @Cast(value="Npp8u")
                        byte nValue,
                        @Cast(value="Npp8u*")
                        BytePointer pDst,
                        int nLength)

8-bit unsigned char signal and with constant. \param pSrc \ref source_signal_pointer. \param nValue Constant value to be anded with each vector element \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsAndC_8u

@Cast(value="NppStatus")
public static int nppsAndC_8u(@Cast(value="const Npp8u*")
                        ByteBuffer pSrc,
                        @Cast(value="Npp8u")
                        byte nValue,
                        @Cast(value="Npp8u*")
                        ByteBuffer pDst,
                        int nLength)

nppsAndC_8u

@Cast(value="NppStatus")
public static int nppsAndC_8u(@Cast(value="const Npp8u*")
                        byte[] pSrc,
                        @Cast(value="Npp8u")
                        byte nValue,
                        @Cast(value="Npp8u*")
                        byte[] pDst,
                        int nLength)

nppsAndC_16u

@Cast(value="NppStatus")
public static int nppsAndC_16u(@Cast(value="const Npp16u*")
                         ShortPointer pSrc,
                         @Cast(value="Npp16u")
                         short nValue,
                         @Cast(value="Npp16u*")
                         ShortPointer pDst,
                         int nLength)

16-bit unsigned short signal and with constant. \param pSrc \ref source_signal_pointer. \param nValue Constant value to be anded with each vector element \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsAndC_16u

@Cast(value="NppStatus")
public static int nppsAndC_16u(@Cast(value="const Npp16u*")
                         ShortBuffer pSrc,
                         @Cast(value="Npp16u")
                         short nValue,
                         @Cast(value="Npp16u*")
                         ShortBuffer pDst,
                         int nLength)

nppsAndC_16u

@Cast(value="NppStatus")
public static int nppsAndC_16u(@Cast(value="const Npp16u*")
                         short[] pSrc,
                         @Cast(value="Npp16u")
                         short nValue,
                         @Cast(value="Npp16u*")
                         short[] pDst,
                         int nLength)

nppsAndC_32u

@Cast(value="NppStatus")
public static int nppsAndC_32u(@Cast(value="const Npp32u*")
                         IntPointer pSrc,
                         @Cast(value="Npp32u")
                         int nValue,
                         @Cast(value="Npp32u*")
                         IntPointer pDst,
                         int nLength)

32-bit unsigned integer signal and with constant. \param pSrc \ref source_signal_pointer. \param nValue Constant value to be anded with each vector element \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsAndC_32u

@Cast(value="NppStatus")
public static int nppsAndC_32u(@Cast(value="const Npp32u*")
                         IntBuffer pSrc,
                         @Cast(value="Npp32u")
                         int nValue,
                         @Cast(value="Npp32u*")
                         IntBuffer pDst,
                         int nLength)

nppsAndC_32u

@Cast(value="NppStatus")
public static int nppsAndC_32u(@Cast(value="const Npp32u*")
                         int[] pSrc,
                         @Cast(value="Npp32u")
                         int nValue,
                         @Cast(value="Npp32u*")
                         int[] pDst,
                         int nLength)

nppsAndC_8u_I

@Cast(value="NppStatus")
public static int nppsAndC_8u_I(@Cast(value="Npp8u")
                          byte nValue,
                          @Cast(value="Npp8u*")
                          BytePointer pSrcDst,
                          int nLength)

8-bit unsigned char in place signal and with constant. \param pSrcDst \ref in_place_signal_pointer. \param nValue Constant value to be anded with each vector element \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsAndC_8u_I

@Cast(value="NppStatus")
public static int nppsAndC_8u_I(@Cast(value="Npp8u")
                          byte nValue,
                          @Cast(value="Npp8u*")
                          ByteBuffer pSrcDst,
                          int nLength)

nppsAndC_8u_I

@Cast(value="NppStatus")
public static int nppsAndC_8u_I(@Cast(value="Npp8u")
                          byte nValue,
                          @Cast(value="Npp8u*")
                          byte[] pSrcDst,
                          int nLength)

nppsAndC_16u_I

@Cast(value="NppStatus")
public static int nppsAndC_16u_I(@Cast(value="Npp16u")
                           short nValue,
                           @Cast(value="Npp16u*")
                           ShortPointer pSrcDst,
                           int nLength)

16-bit unsigned short in place signal and with constant. \param pSrcDst \ref in_place_signal_pointer. \param nValue Constant value to be anded with each vector element \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsAndC_16u_I

@Cast(value="NppStatus")
public static int nppsAndC_16u_I(@Cast(value="Npp16u")
                           short nValue,
                           @Cast(value="Npp16u*")
                           ShortBuffer pSrcDst,
                           int nLength)

nppsAndC_16u_I

@Cast(value="NppStatus")
public static int nppsAndC_16u_I(@Cast(value="Npp16u")
                           short nValue,
                           @Cast(value="Npp16u*")
                           short[] pSrcDst,
                           int nLength)

nppsAndC_32u_I

@Cast(value="NppStatus")
public static int nppsAndC_32u_I(@Cast(value="Npp32u")
                           int nValue,
                           @Cast(value="Npp32u*")
                           IntPointer pSrcDst,
                           int nLength)

32-bit unsigned signed integer in place signal and with constant. \param pSrcDst \ref in_place_signal_pointer. \param nValue Constant value to be anded with each vector element \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsAndC_32u_I

@Cast(value="NppStatus")
public static int nppsAndC_32u_I(@Cast(value="Npp32u")
                           int nValue,
                           @Cast(value="Npp32u*")
                           IntBuffer pSrcDst,
                           int nLength)

nppsAndC_32u_I

@Cast(value="NppStatus")
public static int nppsAndC_32u_I(@Cast(value="Npp32u")
                           int nValue,
                           @Cast(value="Npp32u*")
                           int[] pSrcDst,
                           int nLength)

nppsAnd_8u

@Cast(value="NppStatus")
public static int nppsAnd_8u(@Cast(value="const Npp8u*")
                       BytePointer pSrc1,
                       @Cast(value="const Npp8u*")
                       BytePointer pSrc2,
                       @Cast(value="Npp8u*")
                       BytePointer pDst,
                       int nLength)

8-bit unsigned char signal and with signal. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. signal2 elements to be anded with signal1 elements \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsAnd_8u

@Cast(value="NppStatus")
public static int nppsAnd_8u(@Cast(value="const Npp8u*")
                       ByteBuffer pSrc1,
                       @Cast(value="const Npp8u*")
                       ByteBuffer pSrc2,
                       @Cast(value="Npp8u*")
                       ByteBuffer pDst,
                       int nLength)

nppsAnd_8u

@Cast(value="NppStatus")
public static int nppsAnd_8u(@Cast(value="const Npp8u*")
                       byte[] pSrc1,
                       @Cast(value="const Npp8u*")
                       byte[] pSrc2,
                       @Cast(value="Npp8u*")
                       byte[] pDst,
                       int nLength)

nppsAnd_16u

@Cast(value="NppStatus")
public static int nppsAnd_16u(@Cast(value="const Npp16u*")
                        ShortPointer pSrc1,
                        @Cast(value="const Npp16u*")
                        ShortPointer pSrc2,
                        @Cast(value="Npp16u*")
                        ShortPointer pDst,
                        int nLength)

16-bit unsigned short signal and with signal. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. signal2 elements to be anded with signal1 elements \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsAnd_16u

@Cast(value="NppStatus")
public static int nppsAnd_16u(@Cast(value="const Npp16u*")
                        ShortBuffer pSrc1,
                        @Cast(value="const Npp16u*")
                        ShortBuffer pSrc2,
                        @Cast(value="Npp16u*")
                        ShortBuffer pDst,
                        int nLength)

nppsAnd_16u

@Cast(value="NppStatus")
public static int nppsAnd_16u(@Cast(value="const Npp16u*")
                        short[] pSrc1,
                        @Cast(value="const Npp16u*")
                        short[] pSrc2,
                        @Cast(value="Npp16u*")
                        short[] pDst,
                        int nLength)

nppsAnd_32u

@Cast(value="NppStatus")
public static int nppsAnd_32u(@Cast(value="const Npp32u*")
                        IntPointer pSrc1,
                        @Cast(value="const Npp32u*")
                        IntPointer pSrc2,
                        @Cast(value="Npp32u*")
                        IntPointer pDst,
                        int nLength)

32-bit unsigned integer signal and with signal. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. signal2 elements to be anded with signal1 elements \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsAnd_32u

@Cast(value="NppStatus")
public static int nppsAnd_32u(@Cast(value="const Npp32u*")
                        IntBuffer pSrc1,
                        @Cast(value="const Npp32u*")
                        IntBuffer pSrc2,
                        @Cast(value="Npp32u*")
                        IntBuffer pDst,
                        int nLength)

nppsAnd_32u

@Cast(value="NppStatus")
public static int nppsAnd_32u(@Cast(value="const Npp32u*")
                        int[] pSrc1,
                        @Cast(value="const Npp32u*")
                        int[] pSrc2,
                        @Cast(value="Npp32u*")
                        int[] pDst,
                        int nLength)

nppsAnd_8u_I

@Cast(value="NppStatus")
public static int nppsAnd_8u_I(@Cast(value="const Npp8u*")
                         BytePointer pSrc,
                         @Cast(value="Npp8u*")
                         BytePointer pSrcDst,
                         int nLength)

8-bit unsigned char in place signal and with signal. \param pSrc \ref source_signal_pointer. \param pSrcDst \ref in_place_signal_pointer. signal2 elements to be anded with signal1 elements \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsAnd_8u_I

@Cast(value="NppStatus")
public static int nppsAnd_8u_I(@Cast(value="const Npp8u*")
                         ByteBuffer pSrc,
                         @Cast(value="Npp8u*")
                         ByteBuffer pSrcDst,
                         int nLength)

nppsAnd_8u_I

@Cast(value="NppStatus")
public static int nppsAnd_8u_I(@Cast(value="const Npp8u*")
                         byte[] pSrc,
                         @Cast(value="Npp8u*")
                         byte[] pSrcDst,
                         int nLength)

nppsAnd_16u_I

@Cast(value="NppStatus")
public static int nppsAnd_16u_I(@Cast(value="const Npp16u*")
                          ShortPointer pSrc,
                          @Cast(value="Npp16u*")
                          ShortPointer pSrcDst,
                          int nLength)

16-bit unsigned short in place signal and with signal. \param pSrc \ref source_signal_pointer. \param pSrcDst \ref in_place_signal_pointer. signal2 elements to be anded with signal1 elements \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsAnd_16u_I

@Cast(value="NppStatus")
public static int nppsAnd_16u_I(@Cast(value="const Npp16u*")
                          ShortBuffer pSrc,
                          @Cast(value="Npp16u*")
                          ShortBuffer pSrcDst,
                          int nLength)

nppsAnd_16u_I

@Cast(value="NppStatus")
public static int nppsAnd_16u_I(@Cast(value="const Npp16u*")
                          short[] pSrc,
                          @Cast(value="Npp16u*")
                          short[] pSrcDst,
                          int nLength)

nppsAnd_32u_I

@Cast(value="NppStatus")
public static int nppsAnd_32u_I(@Cast(value="const Npp32u*")
                          IntPointer pSrc,
                          @Cast(value="Npp32u*")
                          IntPointer pSrcDst,
                          int nLength)

32-bit unsigned integer in place signal and with signal. \param pSrc \ref source_signal_pointer. \param pSrcDst \ref in_place_signal_pointer. signal2 elements to be anded with signal1 elements \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsAnd_32u_I

@Cast(value="NppStatus")
public static int nppsAnd_32u_I(@Cast(value="const Npp32u*")
                          IntBuffer pSrc,
                          @Cast(value="Npp32u*")
                          IntBuffer pSrcDst,
                          int nLength)

nppsAnd_32u_I

@Cast(value="NppStatus")
public static int nppsAnd_32u_I(@Cast(value="const Npp32u*")
                          int[] pSrc,
                          @Cast(value="Npp32u*")
                          int[] pSrcDst,
                          int nLength)

nppsOrC_8u

@Cast(value="NppStatus")
public static int nppsOrC_8u(@Cast(value="const Npp8u*")
                       BytePointer pSrc,
                       @Cast(value="Npp8u")
                       byte nValue,
                       @Cast(value="Npp8u*")
                       BytePointer pDst,
                       int nLength)

8-bit unsigned char signal or with constant. \param pSrc \ref source_signal_pointer. \param nValue Constant value to be ored with each vector element \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsOrC_8u

@Cast(value="NppStatus")
public static int nppsOrC_8u(@Cast(value="const Npp8u*")
                       ByteBuffer pSrc,
                       @Cast(value="Npp8u")
                       byte nValue,
                       @Cast(value="Npp8u*")
                       ByteBuffer pDst,
                       int nLength)

nppsOrC_8u

@Cast(value="NppStatus")
public static int nppsOrC_8u(@Cast(value="const Npp8u*")
                       byte[] pSrc,
                       @Cast(value="Npp8u")
                       byte nValue,
                       @Cast(value="Npp8u*")
                       byte[] pDst,
                       int nLength)

nppsOrC_16u

@Cast(value="NppStatus")
public static int nppsOrC_16u(@Cast(value="const Npp16u*")
                        ShortPointer pSrc,
                        @Cast(value="Npp16u")
                        short nValue,
                        @Cast(value="Npp16u*")
                        ShortPointer pDst,
                        int nLength)

16-bit unsigned short signal or with constant. \param pSrc \ref source_signal_pointer. \param nValue Constant value to be ored with each vector element \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsOrC_16u

@Cast(value="NppStatus")
public static int nppsOrC_16u(@Cast(value="const Npp16u*")
                        ShortBuffer pSrc,
                        @Cast(value="Npp16u")
                        short nValue,
                        @Cast(value="Npp16u*")
                        ShortBuffer pDst,
                        int nLength)

nppsOrC_16u

@Cast(value="NppStatus")
public static int nppsOrC_16u(@Cast(value="const Npp16u*")
                        short[] pSrc,
                        @Cast(value="Npp16u")
                        short nValue,
                        @Cast(value="Npp16u*")
                        short[] pDst,
                        int nLength)

nppsOrC_32u

@Cast(value="NppStatus")
public static int nppsOrC_32u(@Cast(value="const Npp32u*")
                        IntPointer pSrc,
                        @Cast(value="Npp32u")
                        int nValue,
                        @Cast(value="Npp32u*")
                        IntPointer pDst,
                        int nLength)

32-bit unsigned integer signal or with constant. \param pSrc \ref source_signal_pointer. \param nValue Constant value to be ored with each vector element \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsOrC_32u

@Cast(value="NppStatus")
public static int nppsOrC_32u(@Cast(value="const Npp32u*")
                        IntBuffer pSrc,
                        @Cast(value="Npp32u")
                        int nValue,
                        @Cast(value="Npp32u*")
                        IntBuffer pDst,
                        int nLength)

nppsOrC_32u

@Cast(value="NppStatus")
public static int nppsOrC_32u(@Cast(value="const Npp32u*")
                        int[] pSrc,
                        @Cast(value="Npp32u")
                        int nValue,
                        @Cast(value="Npp32u*")
                        int[] pDst,
                        int nLength)

nppsOrC_8u_I

@Cast(value="NppStatus")
public static int nppsOrC_8u_I(@Cast(value="Npp8u")
                         byte nValue,
                         @Cast(value="Npp8u*")
                         BytePointer pSrcDst,
                         int nLength)

8-bit unsigned char in place signal or with constant. \param pSrcDst \ref in_place_signal_pointer. \param nValue Constant value to be ored with each vector element \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsOrC_8u_I

@Cast(value="NppStatus")
public static int nppsOrC_8u_I(@Cast(value="Npp8u")
                         byte nValue,
                         @Cast(value="Npp8u*")
                         ByteBuffer pSrcDst,
                         int nLength)

nppsOrC_8u_I

@Cast(value="NppStatus")
public static int nppsOrC_8u_I(@Cast(value="Npp8u")
                         byte nValue,
                         @Cast(value="Npp8u*")
                         byte[] pSrcDst,
                         int nLength)

nppsOrC_16u_I

@Cast(value="NppStatus")
public static int nppsOrC_16u_I(@Cast(value="Npp16u")
                          short nValue,
                          @Cast(value="Npp16u*")
                          ShortPointer pSrcDst,
                          int nLength)

16-bit unsigned short in place signal or with constant. \param pSrcDst \ref in_place_signal_pointer. \param nValue Constant value to be ored with each vector element \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsOrC_16u_I

@Cast(value="NppStatus")
public static int nppsOrC_16u_I(@Cast(value="Npp16u")
                          short nValue,
                          @Cast(value="Npp16u*")
                          ShortBuffer pSrcDst,
                          int nLength)

nppsOrC_16u_I

@Cast(value="NppStatus")
public static int nppsOrC_16u_I(@Cast(value="Npp16u")
                          short nValue,
                          @Cast(value="Npp16u*")
                          short[] pSrcDst,
                          int nLength)

nppsOrC_32u_I

@Cast(value="NppStatus")
public static int nppsOrC_32u_I(@Cast(value="Npp32u")
                          int nValue,
                          @Cast(value="Npp32u*")
                          IntPointer pSrcDst,
                          int nLength)

32-bit unsigned signed integer in place signal or with constant. \param pSrcDst \ref in_place_signal_pointer. \param nValue Constant value to be ored with each vector element \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsOrC_32u_I

@Cast(value="NppStatus")
public static int nppsOrC_32u_I(@Cast(value="Npp32u")
                          int nValue,
                          @Cast(value="Npp32u*")
                          IntBuffer pSrcDst,
                          int nLength)

nppsOrC_32u_I

@Cast(value="NppStatus")
public static int nppsOrC_32u_I(@Cast(value="Npp32u")
                          int nValue,
                          @Cast(value="Npp32u*")
                          int[] pSrcDst,
                          int nLength)

nppsOr_8u

@Cast(value="NppStatus")
public static int nppsOr_8u(@Cast(value="const Npp8u*")
                      BytePointer pSrc1,
                      @Cast(value="const Npp8u*")
                      BytePointer pSrc2,
                      @Cast(value="Npp8u*")
                      BytePointer pDst,
                      int nLength)

8-bit unsigned char signal or with signal. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. signal2 elements to be ored with signal1 elements \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsOr_8u

@Cast(value="NppStatus")
public static int nppsOr_8u(@Cast(value="const Npp8u*")
                      ByteBuffer pSrc1,
                      @Cast(value="const Npp8u*")
                      ByteBuffer pSrc2,
                      @Cast(value="Npp8u*")
                      ByteBuffer pDst,
                      int nLength)

nppsOr_8u

@Cast(value="NppStatus")
public static int nppsOr_8u(@Cast(value="const Npp8u*")
                      byte[] pSrc1,
                      @Cast(value="const Npp8u*")
                      byte[] pSrc2,
                      @Cast(value="Npp8u*")
                      byte[] pDst,
                      int nLength)

nppsOr_16u

@Cast(value="NppStatus")
public static int nppsOr_16u(@Cast(value="const Npp16u*")
                       ShortPointer pSrc1,
                       @Cast(value="const Npp16u*")
                       ShortPointer pSrc2,
                       @Cast(value="Npp16u*")
                       ShortPointer pDst,
                       int nLength)

16-bit unsigned short signal or with signal. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. signal2 elements to be ored with signal1 elements \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsOr_16u

@Cast(value="NppStatus")
public static int nppsOr_16u(@Cast(value="const Npp16u*")
                       ShortBuffer pSrc1,
                       @Cast(value="const Npp16u*")
                       ShortBuffer pSrc2,
                       @Cast(value="Npp16u*")
                       ShortBuffer pDst,
                       int nLength)

nppsOr_16u

@Cast(value="NppStatus")
public static int nppsOr_16u(@Cast(value="const Npp16u*")
                       short[] pSrc1,
                       @Cast(value="const Npp16u*")
                       short[] pSrc2,
                       @Cast(value="Npp16u*")
                       short[] pDst,
                       int nLength)

nppsOr_32u

@Cast(value="NppStatus")
public static int nppsOr_32u(@Cast(value="const Npp32u*")
                       IntPointer pSrc1,
                       @Cast(value="const Npp32u*")
                       IntPointer pSrc2,
                       @Cast(value="Npp32u*")
                       IntPointer pDst,
                       int nLength)

32-bit unsigned integer signal or with signal. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. signal2 elements to be ored with signal1 elements \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsOr_32u

@Cast(value="NppStatus")
public static int nppsOr_32u(@Cast(value="const Npp32u*")
                       IntBuffer pSrc1,
                       @Cast(value="const Npp32u*")
                       IntBuffer pSrc2,
                       @Cast(value="Npp32u*")
                       IntBuffer pDst,
                       int nLength)

nppsOr_32u

@Cast(value="NppStatus")
public static int nppsOr_32u(@Cast(value="const Npp32u*")
                       int[] pSrc1,
                       @Cast(value="const Npp32u*")
                       int[] pSrc2,
                       @Cast(value="Npp32u*")
                       int[] pDst,
                       int nLength)

nppsOr_8u_I

@Cast(value="NppStatus")
public static int nppsOr_8u_I(@Cast(value="const Npp8u*")
                        BytePointer pSrc,
                        @Cast(value="Npp8u*")
                        BytePointer pSrcDst,
                        int nLength)

8-bit unsigned char in place signal or with signal. \param pSrc \ref source_signal_pointer. \param pSrcDst \ref in_place_signal_pointer. signal2 elements to be ored with signal1 elements \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsOr_8u_I

@Cast(value="NppStatus")
public static int nppsOr_8u_I(@Cast(value="const Npp8u*")
                        ByteBuffer pSrc,
                        @Cast(value="Npp8u*")
                        ByteBuffer pSrcDst,
                        int nLength)

nppsOr_8u_I

@Cast(value="NppStatus")
public static int nppsOr_8u_I(@Cast(value="const Npp8u*")
                        byte[] pSrc,
                        @Cast(value="Npp8u*")
                        byte[] pSrcDst,
                        int nLength)

nppsOr_16u_I

@Cast(value="NppStatus")
public static int nppsOr_16u_I(@Cast(value="const Npp16u*")
                         ShortPointer pSrc,
                         @Cast(value="Npp16u*")
                         ShortPointer pSrcDst,
                         int nLength)

16-bit unsigned short in place signal or with signal. \param pSrc \ref source_signal_pointer. \param pSrcDst \ref in_place_signal_pointer. signal2 elements to be ored with signal1 elements \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsOr_16u_I

@Cast(value="NppStatus")
public static int nppsOr_16u_I(@Cast(value="const Npp16u*")
                         ShortBuffer pSrc,
                         @Cast(value="Npp16u*")
                         ShortBuffer pSrcDst,
                         int nLength)

nppsOr_16u_I

@Cast(value="NppStatus")
public static int nppsOr_16u_I(@Cast(value="const Npp16u*")
                         short[] pSrc,
                         @Cast(value="Npp16u*")
                         short[] pSrcDst,
                         int nLength)

nppsOr_32u_I

@Cast(value="NppStatus")
public static int nppsOr_32u_I(@Cast(value="const Npp32u*")
                         IntPointer pSrc,
                         @Cast(value="Npp32u*")
                         IntPointer pSrcDst,
                         int nLength)

32-bit unsigned integer in place signal or with signal. \param pSrc \ref source_signal_pointer. \param pSrcDst \ref in_place_signal_pointer. signal2 elements to be ored with signal1 elements \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsOr_32u_I

@Cast(value="NppStatus")
public static int nppsOr_32u_I(@Cast(value="const Npp32u*")
                         IntBuffer pSrc,
                         @Cast(value="Npp32u*")
                         IntBuffer pSrcDst,
                         int nLength)

nppsOr_32u_I

@Cast(value="NppStatus")
public static int nppsOr_32u_I(@Cast(value="const Npp32u*")
                         int[] pSrc,
                         @Cast(value="Npp32u*")
                         int[] pSrcDst,
                         int nLength)

nppsXorC_8u

@Cast(value="NppStatus")
public static int nppsXorC_8u(@Cast(value="const Npp8u*")
                        BytePointer pSrc,
                        @Cast(value="Npp8u")
                        byte nValue,
                        @Cast(value="Npp8u*")
                        BytePointer pDst,
                        int nLength)

8-bit unsigned char signal exclusive or with constant. \param pSrc \ref source_signal_pointer. \param nValue Constant value to be exclusive ored with each vector element \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsXorC_8u

@Cast(value="NppStatus")
public static int nppsXorC_8u(@Cast(value="const Npp8u*")
                        ByteBuffer pSrc,
                        @Cast(value="Npp8u")
                        byte nValue,
                        @Cast(value="Npp8u*")
                        ByteBuffer pDst,
                        int nLength)

nppsXorC_8u

@Cast(value="NppStatus")
public static int nppsXorC_8u(@Cast(value="const Npp8u*")
                        byte[] pSrc,
                        @Cast(value="Npp8u")
                        byte nValue,
                        @Cast(value="Npp8u*")
                        byte[] pDst,
                        int nLength)

nppsXorC_16u

@Cast(value="NppStatus")
public static int nppsXorC_16u(@Cast(value="const Npp16u*")
                         ShortPointer pSrc,
                         @Cast(value="Npp16u")
                         short nValue,
                         @Cast(value="Npp16u*")
                         ShortPointer pDst,
                         int nLength)

16-bit unsigned short signal exclusive or with constant. \param pSrc \ref source_signal_pointer. \param nValue Constant value to be exclusive ored with each vector element \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsXorC_16u

@Cast(value="NppStatus")
public static int nppsXorC_16u(@Cast(value="const Npp16u*")
                         ShortBuffer pSrc,
                         @Cast(value="Npp16u")
                         short nValue,
                         @Cast(value="Npp16u*")
                         ShortBuffer pDst,
                         int nLength)

nppsXorC_16u

@Cast(value="NppStatus")
public static int nppsXorC_16u(@Cast(value="const Npp16u*")
                         short[] pSrc,
                         @Cast(value="Npp16u")
                         short nValue,
                         @Cast(value="Npp16u*")
                         short[] pDst,
                         int nLength)

nppsXorC_32u

@Cast(value="NppStatus")
public static int nppsXorC_32u(@Cast(value="const Npp32u*")
                         IntPointer pSrc,
                         @Cast(value="Npp32u")
                         int nValue,
                         @Cast(value="Npp32u*")
                         IntPointer pDst,
                         int nLength)

32-bit unsigned integer signal exclusive or with constant. \param pSrc \ref source_signal_pointer. \param nValue Constant value to be exclusive ored with each vector element \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsXorC_32u

@Cast(value="NppStatus")
public static int nppsXorC_32u(@Cast(value="const Npp32u*")
                         IntBuffer pSrc,
                         @Cast(value="Npp32u")
                         int nValue,
                         @Cast(value="Npp32u*")
                         IntBuffer pDst,
                         int nLength)

nppsXorC_32u

@Cast(value="NppStatus")
public static int nppsXorC_32u(@Cast(value="const Npp32u*")
                         int[] pSrc,
                         @Cast(value="Npp32u")
                         int nValue,
                         @Cast(value="Npp32u*")
                         int[] pDst,
                         int nLength)

nppsXorC_8u_I

@Cast(value="NppStatus")
public static int nppsXorC_8u_I(@Cast(value="Npp8u")
                          byte nValue,
                          @Cast(value="Npp8u*")
                          BytePointer pSrcDst,
                          int nLength)

8-bit unsigned char in place signal exclusive or with constant. \param pSrcDst \ref in_place_signal_pointer. \param nValue Constant value to be exclusive ored with each vector element \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsXorC_8u_I

@Cast(value="NppStatus")
public static int nppsXorC_8u_I(@Cast(value="Npp8u")
                          byte nValue,
                          @Cast(value="Npp8u*")
                          ByteBuffer pSrcDst,
                          int nLength)

nppsXorC_8u_I

@Cast(value="NppStatus")
public static int nppsXorC_8u_I(@Cast(value="Npp8u")
                          byte nValue,
                          @Cast(value="Npp8u*")
                          byte[] pSrcDst,
                          int nLength)

nppsXorC_16u_I

@Cast(value="NppStatus")
public static int nppsXorC_16u_I(@Cast(value="Npp16u")
                           short nValue,
                           @Cast(value="Npp16u*")
                           ShortPointer pSrcDst,
                           int nLength)

16-bit unsigned short in place signal exclusive or with constant. \param pSrcDst \ref in_place_signal_pointer. \param nValue Constant value to be exclusive ored with each vector element \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsXorC_16u_I

@Cast(value="NppStatus")
public static int nppsXorC_16u_I(@Cast(value="Npp16u")
                           short nValue,
                           @Cast(value="Npp16u*")
                           ShortBuffer pSrcDst,
                           int nLength)

nppsXorC_16u_I

@Cast(value="NppStatus")
public static int nppsXorC_16u_I(@Cast(value="Npp16u")
                           short nValue,
                           @Cast(value="Npp16u*")
                           short[] pSrcDst,
                           int nLength)

nppsXorC_32u_I

@Cast(value="NppStatus")
public static int nppsXorC_32u_I(@Cast(value="Npp32u")
                           int nValue,
                           @Cast(value="Npp32u*")
                           IntPointer pSrcDst,
                           int nLength)

32-bit unsigned signed integer in place signal exclusive or with constant. \param pSrcDst \ref in_place_signal_pointer. \param nValue Constant value to be exclusive ored with each vector element \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsXorC_32u_I

@Cast(value="NppStatus")
public static int nppsXorC_32u_I(@Cast(value="Npp32u")
                           int nValue,
                           @Cast(value="Npp32u*")
                           IntBuffer pSrcDst,
                           int nLength)

nppsXorC_32u_I

@Cast(value="NppStatus")
public static int nppsXorC_32u_I(@Cast(value="Npp32u")
                           int nValue,
                           @Cast(value="Npp32u*")
                           int[] pSrcDst,
                           int nLength)

nppsXor_8u

@Cast(value="NppStatus")
public static int nppsXor_8u(@Cast(value="const Npp8u*")
                       BytePointer pSrc1,
                       @Cast(value="const Npp8u*")
                       BytePointer pSrc2,
                       @Cast(value="Npp8u*")
                       BytePointer pDst,
                       int nLength)

8-bit unsigned char signal exclusive or with signal. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. signal2 elements to be exclusive ored with signal1 elements \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsXor_8u

@Cast(value="NppStatus")
public static int nppsXor_8u(@Cast(value="const Npp8u*")
                       ByteBuffer pSrc1,
                       @Cast(value="const Npp8u*")
                       ByteBuffer pSrc2,
                       @Cast(value="Npp8u*")
                       ByteBuffer pDst,
                       int nLength)

nppsXor_8u

@Cast(value="NppStatus")
public static int nppsXor_8u(@Cast(value="const Npp8u*")
                       byte[] pSrc1,
                       @Cast(value="const Npp8u*")
                       byte[] pSrc2,
                       @Cast(value="Npp8u*")
                       byte[] pDst,
                       int nLength)

nppsXor_16u

@Cast(value="NppStatus")
public static int nppsXor_16u(@Cast(value="const Npp16u*")
                        ShortPointer pSrc1,
                        @Cast(value="const Npp16u*")
                        ShortPointer pSrc2,
                        @Cast(value="Npp16u*")
                        ShortPointer pDst,
                        int nLength)

16-bit unsigned short signal exclusive or with signal. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. signal2 elements to be exclusive ored with signal1 elements \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsXor_16u

@Cast(value="NppStatus")
public static int nppsXor_16u(@Cast(value="const Npp16u*")
                        ShortBuffer pSrc1,
                        @Cast(value="const Npp16u*")
                        ShortBuffer pSrc2,
                        @Cast(value="Npp16u*")
                        ShortBuffer pDst,
                        int nLength)

nppsXor_16u

@Cast(value="NppStatus")
public static int nppsXor_16u(@Cast(value="const Npp16u*")
                        short[] pSrc1,
                        @Cast(value="const Npp16u*")
                        short[] pSrc2,
                        @Cast(value="Npp16u*")
                        short[] pDst,
                        int nLength)

nppsXor_32u

@Cast(value="NppStatus")
public static int nppsXor_32u(@Cast(value="const Npp32u*")
                        IntPointer pSrc1,
                        @Cast(value="const Npp32u*")
                        IntPointer pSrc2,
                        @Cast(value="Npp32u*")
                        IntPointer pDst,
                        int nLength)

32-bit unsigned integer signal exclusive or with signal. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. signal2 elements to be exclusive ored with signal1 elements \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsXor_32u

@Cast(value="NppStatus")
public static int nppsXor_32u(@Cast(value="const Npp32u*")
                        IntBuffer pSrc1,
                        @Cast(value="const Npp32u*")
                        IntBuffer pSrc2,
                        @Cast(value="Npp32u*")
                        IntBuffer pDst,
                        int nLength)

nppsXor_32u

@Cast(value="NppStatus")
public static int nppsXor_32u(@Cast(value="const Npp32u*")
                        int[] pSrc1,
                        @Cast(value="const Npp32u*")
                        int[] pSrc2,
                        @Cast(value="Npp32u*")
                        int[] pDst,
                        int nLength)

nppsXor_8u_I

@Cast(value="NppStatus")
public static int nppsXor_8u_I(@Cast(value="const Npp8u*")
                         BytePointer pSrc,
                         @Cast(value="Npp8u*")
                         BytePointer pSrcDst,
                         int nLength)

8-bit unsigned char in place signal exclusive or with signal. \param pSrc \ref source_signal_pointer. \param pSrcDst \ref in_place_signal_pointer. signal2 elements to be exclusive ored with signal1 elements \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsXor_8u_I

@Cast(value="NppStatus")
public static int nppsXor_8u_I(@Cast(value="const Npp8u*")
                         ByteBuffer pSrc,
                         @Cast(value="Npp8u*")
                         ByteBuffer pSrcDst,
                         int nLength)

nppsXor_8u_I

@Cast(value="NppStatus")
public static int nppsXor_8u_I(@Cast(value="const Npp8u*")
                         byte[] pSrc,
                         @Cast(value="Npp8u*")
                         byte[] pSrcDst,
                         int nLength)

nppsXor_16u_I

@Cast(value="NppStatus")
public static int nppsXor_16u_I(@Cast(value="const Npp16u*")
                          ShortPointer pSrc,
                          @Cast(value="Npp16u*")
                          ShortPointer pSrcDst,
                          int nLength)

16-bit unsigned short in place signal exclusive or with signal. \param pSrc \ref source_signal_pointer. \param pSrcDst \ref in_place_signal_pointer. signal2 elements to be exclusive ored with signal1 elements \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsXor_16u_I

@Cast(value="NppStatus")
public static int nppsXor_16u_I(@Cast(value="const Npp16u*")
                          ShortBuffer pSrc,
                          @Cast(value="Npp16u*")
                          ShortBuffer pSrcDst,
                          int nLength)

nppsXor_16u_I

@Cast(value="NppStatus")
public static int nppsXor_16u_I(@Cast(value="const Npp16u*")
                          short[] pSrc,
                          @Cast(value="Npp16u*")
                          short[] pSrcDst,
                          int nLength)

nppsXor_32u_I

@Cast(value="NppStatus")
public static int nppsXor_32u_I(@Cast(value="const Npp32u*")
                          IntPointer pSrc,
                          @Cast(value="Npp32u*")
                          IntPointer pSrcDst,
                          int nLength)

32-bit unsigned integer in place signal exclusive or with signal. \param pSrc \ref source_signal_pointer. \param pSrcDst \ref in_place_signal_pointer. signal2 elements to be exclusive ored with signal1 elements \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsXor_32u_I

@Cast(value="NppStatus")
public static int nppsXor_32u_I(@Cast(value="const Npp32u*")
                          IntBuffer pSrc,
                          @Cast(value="Npp32u*")
                          IntBuffer pSrcDst,
                          int nLength)

nppsXor_32u_I

@Cast(value="NppStatus")
public static int nppsXor_32u_I(@Cast(value="const Npp32u*")
                          int[] pSrc,
                          @Cast(value="Npp32u*")
                          int[] pSrcDst,
                          int nLength)

nppsNot_8u

@Cast(value="NppStatus")
public static int nppsNot_8u(@Cast(value="const Npp8u*")
                       BytePointer pSrc,
                       @Cast(value="Npp8u*")
                       BytePointer pDst,
                       int nLength)

8-bit unsigned char not signal. \param pSrc \ref source_signal_pointer. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsNot_8u

@Cast(value="NppStatus")
public static int nppsNot_8u(@Cast(value="const Npp8u*")
                       ByteBuffer pSrc,
                       @Cast(value="Npp8u*")
                       ByteBuffer pDst,
                       int nLength)

nppsNot_8u

@Cast(value="NppStatus")
public static int nppsNot_8u(@Cast(value="const Npp8u*")
                       byte[] pSrc,
                       @Cast(value="Npp8u*")
                       byte[] pDst,
                       int nLength)

nppsNot_16u

@Cast(value="NppStatus")
public static int nppsNot_16u(@Cast(value="const Npp16u*")
                        ShortPointer pSrc,
                        @Cast(value="Npp16u*")
                        ShortPointer pDst,
                        int nLength)

16-bit unsigned short not signal. \param pSrc \ref source_signal_pointer. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsNot_16u

@Cast(value="NppStatus")
public static int nppsNot_16u(@Cast(value="const Npp16u*")
                        ShortBuffer pSrc,
                        @Cast(value="Npp16u*")
                        ShortBuffer pDst,
                        int nLength)

nppsNot_16u

@Cast(value="NppStatus")
public static int nppsNot_16u(@Cast(value="const Npp16u*")
                        short[] pSrc,
                        @Cast(value="Npp16u*")
                        short[] pDst,
                        int nLength)

nppsNot_32u

@Cast(value="NppStatus")
public static int nppsNot_32u(@Cast(value="const Npp32u*")
                        IntPointer pSrc,
                        @Cast(value="Npp32u*")
                        IntPointer pDst,
                        int nLength)

32-bit unsigned integer not signal. \param pSrc \ref source_signal_pointer. \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsNot_32u

@Cast(value="NppStatus")
public static int nppsNot_32u(@Cast(value="const Npp32u*")
                        IntBuffer pSrc,
                        @Cast(value="Npp32u*")
                        IntBuffer pDst,
                        int nLength)

nppsNot_32u

@Cast(value="NppStatus")
public static int nppsNot_32u(@Cast(value="const Npp32u*")
                        int[] pSrc,
                        @Cast(value="Npp32u*")
                        int[] pDst,
                        int nLength)

nppsNot_8u_I
```
@Cast(value="NppStatus")
public static int nppsNot_8u_I(@Cast(value="Npp8u*")
                         BytePointer pSrcDst,
                         int nLength)
```
8-bit unsigned char in place not signal. \param pSrcDst \ref in_place_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsNot_8u_I

@Cast(value="NppStatus")
public static int nppsNot_8u_I(@Cast(value="Npp8u*")
                         ByteBuffer pSrcDst,
                         int nLength)

nppsNot_8u_I

@Cast(value="NppStatus")
public static int nppsNot_8u_I(@Cast(value="Npp8u*")
                         byte[] pSrcDst,
                         int nLength)

nppsNot_16u_I
```
@Cast(value="NppStatus")
public static int nppsNot_16u_I(@Cast(value="Npp16u*")
                          ShortPointer pSrcDst,
                          int nLength)
```
16-bit unsigned short in place not signal. \param pSrcDst \ref in_place_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsNot_16u_I

@Cast(value="NppStatus")
public static int nppsNot_16u_I(@Cast(value="Npp16u*")
                          ShortBuffer pSrcDst,
                          int nLength)

nppsNot_16u_I

@Cast(value="NppStatus")
public static int nppsNot_16u_I(@Cast(value="Npp16u*")
                          short[] pSrcDst,
                          int nLength)

nppsNot_32u_I
```
@Cast(value="NppStatus")
public static int nppsNot_32u_I(@Cast(value="Npp32u*")
                          IntPointer pSrcDst,
                          int nLength)
```
32-bit unsigned signed integer in place not signal. \param pSrcDst \ref in_place_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsNot_32u_I

@Cast(value="NppStatus")
public static int nppsNot_32u_I(@Cast(value="Npp32u*")
                          IntBuffer pSrcDst,
                          int nLength)

nppsNot_32u_I

@Cast(value="NppStatus")
public static int nppsNot_32u_I(@Cast(value="Npp32u*")
                          int[] pSrcDst,
                          int nLength)

nppsLShiftC_8u

@Cast(value="NppStatus")
public static int nppsLShiftC_8u(@Cast(value="const Npp8u*")
                           BytePointer pSrc,
                           int nValue,
                           @Cast(value="Npp8u*")
                           BytePointer pDst,
                           int nLength)

8-bit unsigned char signal left shift with constant. \param pSrc \ref source_signal_pointer. \param nValue Constant value to be used to left shift each vector element \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsLShiftC_8u

@Cast(value="NppStatus")
public static int nppsLShiftC_8u(@Cast(value="const Npp8u*")
                           ByteBuffer pSrc,
                           int nValue,
                           @Cast(value="Npp8u*")
                           ByteBuffer pDst,
                           int nLength)

nppsLShiftC_8u

@Cast(value="NppStatus")
public static int nppsLShiftC_8u(@Cast(value="const Npp8u*")
                           byte[] pSrc,
                           int nValue,
                           @Cast(value="Npp8u*")
                           byte[] pDst,
                           int nLength)

nppsLShiftC_16u

@Cast(value="NppStatus")
public static int nppsLShiftC_16u(@Cast(value="const Npp16u*")
                            ShortPointer pSrc,
                            int nValue,
                            @Cast(value="Npp16u*")
                            ShortPointer pDst,
                            int nLength)

16-bit unsigned short signal left shift with constant. \param pSrc \ref source_signal_pointer. \param nValue Constant value to be used to left shift each vector element \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsLShiftC_16u

@Cast(value="NppStatus")
public static int nppsLShiftC_16u(@Cast(value="const Npp16u*")
                            ShortBuffer pSrc,
                            int nValue,
                            @Cast(value="Npp16u*")
                            ShortBuffer pDst,
                            int nLength)

nppsLShiftC_16u

@Cast(value="NppStatus")
public static int nppsLShiftC_16u(@Cast(value="const Npp16u*")
                            short[] pSrc,
                            int nValue,
                            @Cast(value="Npp16u*")
                            short[] pDst,
                            int nLength)

nppsLShiftC_16s

@Cast(value="NppStatus")
public static int nppsLShiftC_16s(@Cast(value="const Npp16s*")
                            ShortPointer pSrc,
                            int nValue,
                            @Cast(value="Npp16s*")
                            ShortPointer pDst,
                            int nLength)

16-bit signed short signal left shift with constant. \param pSrc \ref source_signal_pointer. \param nValue Constant value to be used to left shift each vector element \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsLShiftC_16s

@Cast(value="NppStatus")
public static int nppsLShiftC_16s(@Cast(value="const Npp16s*")
                            ShortBuffer pSrc,
                            int nValue,
                            @Cast(value="Npp16s*")
                            ShortBuffer pDst,
                            int nLength)

nppsLShiftC_16s

@Cast(value="NppStatus")
public static int nppsLShiftC_16s(@Cast(value="const Npp16s*")
                            short[] pSrc,
                            int nValue,
                            @Cast(value="Npp16s*")
                            short[] pDst,
                            int nLength)

nppsLShiftC_32u

@Cast(value="NppStatus")
public static int nppsLShiftC_32u(@Cast(value="const Npp32u*")
                            IntPointer pSrc,
                            int nValue,
                            @Cast(value="Npp32u*")
                            IntPointer pDst,
                            int nLength)

32-bit unsigned integer signal left shift with constant. \param pSrc \ref source_signal_pointer. \param nValue Constant value to be used to left shift each vector element \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsLShiftC_32u

@Cast(value="NppStatus")
public static int nppsLShiftC_32u(@Cast(value="const Npp32u*")
                            IntBuffer pSrc,
                            int nValue,
                            @Cast(value="Npp32u*")
                            IntBuffer pDst,
                            int nLength)

nppsLShiftC_32u

@Cast(value="NppStatus")
public static int nppsLShiftC_32u(@Cast(value="const Npp32u*")
                            int[] pSrc,
                            int nValue,
                            @Cast(value="Npp32u*")
                            int[] pDst,
                            int nLength)

nppsLShiftC_32s

@Cast(value="NppStatus")
public static int nppsLShiftC_32s(@Cast(value="const Npp32s*")
                            IntPointer pSrc,
                            int nValue,
                            @Cast(value="Npp32s*")
                            IntPointer pDst,
                            int nLength)

32-bit signed integer signal left shift with constant. \param pSrc \ref source_signal_pointer. \param nValue Constant value to be used to left shift each vector element \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsLShiftC_32s

@Cast(value="NppStatus")
public static int nppsLShiftC_32s(@Cast(value="const Npp32s*")
                            IntBuffer pSrc,
                            int nValue,
                            @Cast(value="Npp32s*")
                            IntBuffer pDst,
                            int nLength)

nppsLShiftC_32s

@Cast(value="NppStatus")
public static int nppsLShiftC_32s(@Cast(value="const Npp32s*")
                            int[] pSrc,
                            int nValue,
                            @Cast(value="Npp32s*")
                            int[] pDst,
                            int nLength)

nppsLShiftC_8u_I
```
@Cast(value="NppStatus")
public static int nppsLShiftC_8u_I(int nValue,
                             @Cast(value="Npp8u*")
                             BytePointer pSrcDst,
                             int nLength)
```
8-bit unsigned char in place signal left shift with constant. \param pSrcDst \ref in_place_signal_pointer. \param nValue Constant value to be used to left shift each vector element \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsLShiftC_8u_I

@Cast(value="NppStatus")
public static int nppsLShiftC_8u_I(int nValue,
                             @Cast(value="Npp8u*")
                             ByteBuffer pSrcDst,
                             int nLength)

nppsLShiftC_8u_I

@Cast(value="NppStatus")
public static int nppsLShiftC_8u_I(int nValue,
                             @Cast(value="Npp8u*")
                             byte[] pSrcDst,
                             int nLength)

nppsLShiftC_16u_I
```
@Cast(value="NppStatus")
public static int nppsLShiftC_16u_I(int nValue,
                              @Cast(value="Npp16u*")
                              ShortPointer pSrcDst,
                              int nLength)
```
16-bit unsigned short in place signal left shift with constant. \param pSrcDst \ref in_place_signal_pointer. \param nValue Constant value to be used to left shift each vector element \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsLShiftC_16u_I

@Cast(value="NppStatus")
public static int nppsLShiftC_16u_I(int nValue,
                              @Cast(value="Npp16u*")
                              ShortBuffer pSrcDst,
                              int nLength)

nppsLShiftC_16u_I

@Cast(value="NppStatus")
public static int nppsLShiftC_16u_I(int nValue,
                              @Cast(value="Npp16u*")
                              short[] pSrcDst,
                              int nLength)

nppsLShiftC_16s_I
```
@Cast(value="NppStatus")
public static int nppsLShiftC_16s_I(int nValue,
                              @Cast(value="Npp16s*")
                              ShortPointer pSrcDst,
                              int nLength)
```
16-bit signed short in place signal left shift with constant. \param pSrcDst \ref in_place_signal_pointer. \param nValue Constant value to be used to left shift each vector element \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsLShiftC_16s_I

@Cast(value="NppStatus")
public static int nppsLShiftC_16s_I(int nValue,
                              @Cast(value="Npp16s*")
                              ShortBuffer pSrcDst,
                              int nLength)

nppsLShiftC_16s_I

@Cast(value="NppStatus")
public static int nppsLShiftC_16s_I(int nValue,
                              @Cast(value="Npp16s*")
                              short[] pSrcDst,
                              int nLength)

nppsLShiftC_32u_I
```
@Cast(value="NppStatus")
public static int nppsLShiftC_32u_I(int nValue,
                              @Cast(value="Npp32u*")
                              IntPointer pSrcDst,
                              int nLength)
```
32-bit unsigned signed integer in place signal left shift with constant. \param pSrcDst \ref in_place_signal_pointer. \param nValue Constant value to be used to left shift each vector element \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsLShiftC_32u_I

@Cast(value="NppStatus")
public static int nppsLShiftC_32u_I(int nValue,
                              @Cast(value="Npp32u*")
                              IntBuffer pSrcDst,
                              int nLength)

nppsLShiftC_32u_I

@Cast(value="NppStatus")
public static int nppsLShiftC_32u_I(int nValue,
                              @Cast(value="Npp32u*")
                              int[] pSrcDst,
                              int nLength)

nppsLShiftC_32s_I
```
@Cast(value="NppStatus")
public static int nppsLShiftC_32s_I(int nValue,
                              @Cast(value="Npp32s*")
                              IntPointer pSrcDst,
                              int nLength)
```
32-bit signed signed integer in place signal left shift with constant. \param pSrcDst \ref in_place_signal_pointer. \param nValue Constant value to be used to left shift each vector element \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsLShiftC_32s_I

@Cast(value="NppStatus")
public static int nppsLShiftC_32s_I(int nValue,
                              @Cast(value="Npp32s*")
                              IntBuffer pSrcDst,
                              int nLength)

nppsLShiftC_32s_I

@Cast(value="NppStatus")
public static int nppsLShiftC_32s_I(int nValue,
                              @Cast(value="Npp32s*")
                              int[] pSrcDst,
                              int nLength)

nppsRShiftC_8u

@Cast(value="NppStatus")
public static int nppsRShiftC_8u(@Cast(value="const Npp8u*")
                           BytePointer pSrc,
                           int nValue,
                           @Cast(value="Npp8u*")
                           BytePointer pDst,
                           int nLength)

8-bit unsigned char signal right shift with constant. \param pSrc \ref source_signal_pointer. \param nValue Constant value to be used to right shift each vector element \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsRShiftC_8u

@Cast(value="NppStatus")
public static int nppsRShiftC_8u(@Cast(value="const Npp8u*")
                           ByteBuffer pSrc,
                           int nValue,
                           @Cast(value="Npp8u*")
                           ByteBuffer pDst,
                           int nLength)

nppsRShiftC_8u

@Cast(value="NppStatus")
public static int nppsRShiftC_8u(@Cast(value="const Npp8u*")
                           byte[] pSrc,
                           int nValue,
                           @Cast(value="Npp8u*")
                           byte[] pDst,
                           int nLength)

nppsRShiftC_16u

@Cast(value="NppStatus")
public static int nppsRShiftC_16u(@Cast(value="const Npp16u*")
                            ShortPointer pSrc,
                            int nValue,
                            @Cast(value="Npp16u*")
                            ShortPointer pDst,
                            int nLength)

16-bit unsigned short signal right shift with constant. \param pSrc \ref source_signal_pointer. \param nValue Constant value to be used to right shift each vector element \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsRShiftC_16u

@Cast(value="NppStatus")
public static int nppsRShiftC_16u(@Cast(value="const Npp16u*")
                            ShortBuffer pSrc,
                            int nValue,
                            @Cast(value="Npp16u*")
                            ShortBuffer pDst,
                            int nLength)

nppsRShiftC_16u

@Cast(value="NppStatus")
public static int nppsRShiftC_16u(@Cast(value="const Npp16u*")
                            short[] pSrc,
                            int nValue,
                            @Cast(value="Npp16u*")
                            short[] pDst,
                            int nLength)

nppsRShiftC_16s

@Cast(value="NppStatus")
public static int nppsRShiftC_16s(@Cast(value="const Npp16s*")
                            ShortPointer pSrc,
                            int nValue,
                            @Cast(value="Npp16s*")
                            ShortPointer pDst,
                            int nLength)

16-bit signed short signal right shift with constant. \param pSrc \ref source_signal_pointer. \param nValue Constant value to be used to right shift each vector element \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsRShiftC_16s

@Cast(value="NppStatus")
public static int nppsRShiftC_16s(@Cast(value="const Npp16s*")
                            ShortBuffer pSrc,
                            int nValue,
                            @Cast(value="Npp16s*")
                            ShortBuffer pDst,
                            int nLength)

nppsRShiftC_16s

@Cast(value="NppStatus")
public static int nppsRShiftC_16s(@Cast(value="const Npp16s*")
                            short[] pSrc,
                            int nValue,
                            @Cast(value="Npp16s*")
                            short[] pDst,
                            int nLength)

nppsRShiftC_32u

@Cast(value="NppStatus")
public static int nppsRShiftC_32u(@Cast(value="const Npp32u*")
                            IntPointer pSrc,
                            int nValue,
                            @Cast(value="Npp32u*")
                            IntPointer pDst,
                            int nLength)

32-bit unsigned integer signal right shift with constant. \param pSrc \ref source_signal_pointer. \param nValue Constant value to be used to right shift each vector element \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsRShiftC_32u

@Cast(value="NppStatus")
public static int nppsRShiftC_32u(@Cast(value="const Npp32u*")
                            IntBuffer pSrc,
                            int nValue,
                            @Cast(value="Npp32u*")
                            IntBuffer pDst,
                            int nLength)

nppsRShiftC_32u

@Cast(value="NppStatus")
public static int nppsRShiftC_32u(@Cast(value="const Npp32u*")
                            int[] pSrc,
                            int nValue,
                            @Cast(value="Npp32u*")
                            int[] pDst,
                            int nLength)

nppsRShiftC_32s

@Cast(value="NppStatus")
public static int nppsRShiftC_32s(@Cast(value="const Npp32s*")
                            IntPointer pSrc,
                            int nValue,
                            @Cast(value="Npp32s*")
                            IntPointer pDst,
                            int nLength)

32-bit signed integer signal right shift with constant. \param pSrc \ref source_signal_pointer. \param nValue Constant value to be used to right shift each vector element \param pDst \ref destination_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsRShiftC_32s

@Cast(value="NppStatus")
public static int nppsRShiftC_32s(@Cast(value="const Npp32s*")
                            IntBuffer pSrc,
                            int nValue,
                            @Cast(value="Npp32s*")
                            IntBuffer pDst,
                            int nLength)

nppsRShiftC_32s

@Cast(value="NppStatus")
public static int nppsRShiftC_32s(@Cast(value="const Npp32s*")
                            int[] pSrc,
                            int nValue,
                            @Cast(value="Npp32s*")
                            int[] pDst,
                            int nLength)

nppsRShiftC_8u_I
```
@Cast(value="NppStatus")
public static int nppsRShiftC_8u_I(int nValue,
                             @Cast(value="Npp8u*")
                             BytePointer pSrcDst,
                             int nLength)
```
8-bit unsigned char in place signal right shift with constant. \param pSrcDst \ref in_place_signal_pointer. \param nValue Constant value to be used to right shift each vector element \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsRShiftC_8u_I

@Cast(value="NppStatus")
public static int nppsRShiftC_8u_I(int nValue,
                             @Cast(value="Npp8u*")
                             ByteBuffer pSrcDst,
                             int nLength)

nppsRShiftC_8u_I

@Cast(value="NppStatus")
public static int nppsRShiftC_8u_I(int nValue,
                             @Cast(value="Npp8u*")
                             byte[] pSrcDst,
                             int nLength)

nppsRShiftC_16u_I
```
@Cast(value="NppStatus")
public static int nppsRShiftC_16u_I(int nValue,
                              @Cast(value="Npp16u*")
                              ShortPointer pSrcDst,
                              int nLength)
```
16-bit unsigned short in place signal right shift with constant. \param pSrcDst \ref in_place_signal_pointer. \param nValue Constant value to be used to right shift each vector element \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsRShiftC_16u_I

@Cast(value="NppStatus")
public static int nppsRShiftC_16u_I(int nValue,
                              @Cast(value="Npp16u*")
                              ShortBuffer pSrcDst,
                              int nLength)

nppsRShiftC_16u_I

@Cast(value="NppStatus")
public static int nppsRShiftC_16u_I(int nValue,
                              @Cast(value="Npp16u*")
                              short[] pSrcDst,
                              int nLength)

nppsRShiftC_16s_I
```
@Cast(value="NppStatus")
public static int nppsRShiftC_16s_I(int nValue,
                              @Cast(value="Npp16s*")
                              ShortPointer pSrcDst,
                              int nLength)
```
16-bit signed short in place signal right shift with constant. \param pSrcDst \ref in_place_signal_pointer. \param nValue Constant value to be used to right shift each vector element \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsRShiftC_16s_I

@Cast(value="NppStatus")
public static int nppsRShiftC_16s_I(int nValue,
                              @Cast(value="Npp16s*")
                              ShortBuffer pSrcDst,
                              int nLength)

nppsRShiftC_16s_I

@Cast(value="NppStatus")
public static int nppsRShiftC_16s_I(int nValue,
                              @Cast(value="Npp16s*")
                              short[] pSrcDst,
                              int nLength)

nppsRShiftC_32u_I
```
@Cast(value="NppStatus")
public static int nppsRShiftC_32u_I(int nValue,
                              @Cast(value="Npp32u*")
                              IntPointer pSrcDst,
                              int nLength)
```
32-bit unsigned signed integer in place signal right shift with constant. \param pSrcDst \ref in_place_signal_pointer. \param nValue Constant value to be used to right shift each vector element \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsRShiftC_32u_I

@Cast(value="NppStatus")
public static int nppsRShiftC_32u_I(int nValue,
                              @Cast(value="Npp32u*")
                              IntBuffer pSrcDst,
                              int nLength)

nppsRShiftC_32u_I

@Cast(value="NppStatus")
public static int nppsRShiftC_32u_I(int nValue,
                              @Cast(value="Npp32u*")
                              int[] pSrcDst,
                              int nLength)

nppsRShiftC_32s_I
```
@Cast(value="NppStatus")
public static int nppsRShiftC_32s_I(int nValue,
                              @Cast(value="Npp32s*")
                              IntPointer pSrcDst,
                              int nLength)
```
32-bit signed signed integer in place signal right shift with constant. \param pSrcDst \ref in_place_signal_pointer. \param nValue Constant value to be used to right shift each vector element \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsRShiftC_32s_I

@Cast(value="NppStatus")
public static int nppsRShiftC_32s_I(int nValue,
                              @Cast(value="Npp32s*")
                              IntBuffer pSrcDst,
                              int nLength)

nppsRShiftC_32s_I

@Cast(value="NppStatus")
public static int nppsRShiftC_32s_I(int nValue,
                              @Cast(value="Npp32s*")
                              int[] pSrcDst,
                              int nLength)

nppsMinEvery_8u_I

@Cast(value="NppStatus")
public static int nppsMinEvery_8u_I(@Cast(value="const Npp8u*")
                              BytePointer pSrc,
                              @Cast(value="Npp8u*")
                              BytePointer pSrcDst,
                              int nLength)

8-bit in place min value for each pair of elements. \param pSrc \ref source_signal_pointer. \param pSrcDst \ref in_place_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMinEvery_8u_I

@Cast(value="NppStatus")
public static int nppsMinEvery_8u_I(@Cast(value="const Npp8u*")
                              ByteBuffer pSrc,
                              @Cast(value="Npp8u*")
                              ByteBuffer pSrcDst,
                              int nLength)

nppsMinEvery_8u_I

@Cast(value="NppStatus")
public static int nppsMinEvery_8u_I(@Cast(value="const Npp8u*")
                              byte[] pSrc,
                              @Cast(value="Npp8u*")
                              byte[] pSrcDst,
                              int nLength)

nppsMinEvery_16u_I

@Cast(value="NppStatus")
public static int nppsMinEvery_16u_I(@Cast(value="const Npp16u*")
                               ShortPointer pSrc,
                               @Cast(value="Npp16u*")
                               ShortPointer pSrcDst,
                               int nLength)

16-bit unsigned short integer in place min value for each pair of elements. \param pSrc \ref source_signal_pointer. \param pSrcDst \ref in_place_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMinEvery_16u_I

@Cast(value="NppStatus")
public static int nppsMinEvery_16u_I(@Cast(value="const Npp16u*")
                               ShortBuffer pSrc,
                               @Cast(value="Npp16u*")
                               ShortBuffer pSrcDst,
                               int nLength)

nppsMinEvery_16u_I

@Cast(value="NppStatus")
public static int nppsMinEvery_16u_I(@Cast(value="const Npp16u*")
                               short[] pSrc,
                               @Cast(value="Npp16u*")
                               short[] pSrcDst,
                               int nLength)

nppsMinEvery_16s_I

@Cast(value="NppStatus")
public static int nppsMinEvery_16s_I(@Cast(value="const Npp16s*")
                               ShortPointer pSrc,
                               @Cast(value="Npp16s*")
                               ShortPointer pSrcDst,
                               int nLength)

16-bit signed short integer in place min value for each pair of elements. \param pSrc \ref source_signal_pointer. \param pSrcDst \ref in_place_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMinEvery_16s_I

@Cast(value="NppStatus")
public static int nppsMinEvery_16s_I(@Cast(value="const Npp16s*")
                               ShortBuffer pSrc,
                               @Cast(value="Npp16s*")
                               ShortBuffer pSrcDst,
                               int nLength)

nppsMinEvery_16s_I

@Cast(value="NppStatus")
public static int nppsMinEvery_16s_I(@Cast(value="const Npp16s*")
                               short[] pSrc,
                               @Cast(value="Npp16s*")
                               short[] pSrcDst,
                               int nLength)

nppsMinEvery_32s_I

@Cast(value="NppStatus")
public static int nppsMinEvery_32s_I(@Cast(value="const Npp32s*")
                               IntPointer pSrc,
                               @Cast(value="Npp32s*")
                               IntPointer pSrcDst,
                               int nLength)

32-bit signed integer in place min value for each pair of elements. \param pSrc \ref source_signal_pointer. \param pSrcDst \ref in_place_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMinEvery_32s_I

@Cast(value="NppStatus")
public static int nppsMinEvery_32s_I(@Cast(value="const Npp32s*")
                               IntBuffer pSrc,
                               @Cast(value="Npp32s*")
                               IntBuffer pSrcDst,
                               int nLength)

nppsMinEvery_32s_I

@Cast(value="NppStatus")
public static int nppsMinEvery_32s_I(@Cast(value="const Npp32s*")
                               int[] pSrc,
                               @Cast(value="Npp32s*")
                               int[] pSrcDst,
                               int nLength)

nppsMinEvery_32f_I

@Cast(value="NppStatus")
public static int nppsMinEvery_32f_I(@Cast(value="const Npp32f*")
                               FloatPointer pSrc,
                               @Cast(value="Npp32f*")
                               FloatPointer pSrcDst,
                               int nLength)

32-bit floating point in place min value for each pair of elements. \param pSrc \ref source_signal_pointer. \param pSrcDst \ref in_place_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMinEvery_32f_I

@Cast(value="NppStatus")
public static int nppsMinEvery_32f_I(@Cast(value="const Npp32f*")
                               FloatBuffer pSrc,
                               @Cast(value="Npp32f*")
                               FloatBuffer pSrcDst,
                               int nLength)

nppsMinEvery_32f_I

@Cast(value="NppStatus")
public static int nppsMinEvery_32f_I(@Cast(value="const Npp32f*")
                               float[] pSrc,
                               @Cast(value="Npp32f*")
                               float[] pSrcDst,
                               int nLength)

nppsMinEvery_64f_I

@Cast(value="NppStatus")
public static int nppsMinEvery_64f_I(@Cast(value="const Npp64f*")
                               DoublePointer pSrc,
                               @Cast(value="Npp64f*")
                               DoublePointer pSrcDst,
                               int nLength)

64-bit floating point in place min value for each pair of elements. \param pSrc \ref source_signal_pointer. \param pSrcDst \ref in_place_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMinEvery_64f_I

@Cast(value="NppStatus")
public static int nppsMinEvery_64f_I(@Cast(value="const Npp64f*")
                               DoubleBuffer pSrc,
                               @Cast(value="Npp64f*")
                               DoubleBuffer pSrcDst,
                               int nLength)

nppsMinEvery_64f_I

@Cast(value="NppStatus")
public static int nppsMinEvery_64f_I(@Cast(value="const Npp64f*")
                               double[] pSrc,
                               @Cast(value="Npp64f*")
                               double[] pSrcDst,
                               int nLength)

nppsMaxEvery_8u_I

@Cast(value="NppStatus")
public static int nppsMaxEvery_8u_I(@Cast(value="const Npp8u*")
                              BytePointer pSrc,
                              @Cast(value="Npp8u*")
                              BytePointer pSrcDst,
                              int nLength)

8-bit in place max value for each pair of elements. \param pSrc \ref source_signal_pointer. \param pSrcDst \ref in_place_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMaxEvery_8u_I

@Cast(value="NppStatus")
public static int nppsMaxEvery_8u_I(@Cast(value="const Npp8u*")
                              ByteBuffer pSrc,
                              @Cast(value="Npp8u*")
                              ByteBuffer pSrcDst,
                              int nLength)

nppsMaxEvery_8u_I

@Cast(value="NppStatus")
public static int nppsMaxEvery_8u_I(@Cast(value="const Npp8u*")
                              byte[] pSrc,
                              @Cast(value="Npp8u*")
                              byte[] pSrcDst,
                              int nLength)

nppsMaxEvery_16u_I

@Cast(value="NppStatus")
public static int nppsMaxEvery_16u_I(@Cast(value="const Npp16u*")
                               ShortPointer pSrc,
                               @Cast(value="Npp16u*")
                               ShortPointer pSrcDst,
                               int nLength)

16-bit unsigned short integer in place max value for each pair of elements. \param pSrc \ref source_signal_pointer. \param pSrcDst \ref in_place_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMaxEvery_16u_I

@Cast(value="NppStatus")
public static int nppsMaxEvery_16u_I(@Cast(value="const Npp16u*")
                               ShortBuffer pSrc,
                               @Cast(value="Npp16u*")
                               ShortBuffer pSrcDst,
                               int nLength)

nppsMaxEvery_16u_I

@Cast(value="NppStatus")
public static int nppsMaxEvery_16u_I(@Cast(value="const Npp16u*")
                               short[] pSrc,
                               @Cast(value="Npp16u*")
                               short[] pSrcDst,
                               int nLength)

nppsMaxEvery_16s_I

@Cast(value="NppStatus")
public static int nppsMaxEvery_16s_I(@Cast(value="const Npp16s*")
                               ShortPointer pSrc,
                               @Cast(value="Npp16s*")
                               ShortPointer pSrcDst,
                               int nLength)

16-bit signed short integer in place max value for each pair of elements. \param pSrc \ref source_signal_pointer. \param pSrcDst \ref in_place_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMaxEvery_16s_I

@Cast(value="NppStatus")
public static int nppsMaxEvery_16s_I(@Cast(value="const Npp16s*")
                               ShortBuffer pSrc,
                               @Cast(value="Npp16s*")
                               ShortBuffer pSrcDst,
                               int nLength)

nppsMaxEvery_16s_I

@Cast(value="NppStatus")
public static int nppsMaxEvery_16s_I(@Cast(value="const Npp16s*")
                               short[] pSrc,
                               @Cast(value="Npp16s*")
                               short[] pSrcDst,
                               int nLength)

nppsMaxEvery_32s_I

@Cast(value="NppStatus")
public static int nppsMaxEvery_32s_I(@Cast(value="const Npp32s*")
                               IntPointer pSrc,
                               @Cast(value="Npp32s*")
                               IntPointer pSrcDst,
                               int nLength)

32-bit signed integer in place max value for each pair of elements. \param pSrc \ref source_signal_pointer. \param pSrcDst \ref in_place_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMaxEvery_32s_I

@Cast(value="NppStatus")
public static int nppsMaxEvery_32s_I(@Cast(value="const Npp32s*")
                               IntBuffer pSrc,
                               @Cast(value="Npp32s*")
                               IntBuffer pSrcDst,
                               int nLength)

nppsMaxEvery_32s_I

@Cast(value="NppStatus")
public static int nppsMaxEvery_32s_I(@Cast(value="const Npp32s*")
                               int[] pSrc,
                               @Cast(value="Npp32s*")
                               int[] pSrcDst,
                               int nLength)

nppsMaxEvery_32f_I

@Cast(value="NppStatus")
public static int nppsMaxEvery_32f_I(@Cast(value="const Npp32f*")
                               FloatPointer pSrc,
                               @Cast(value="Npp32f*")
                               FloatPointer pSrcDst,
                               int nLength)

32-bit floating point in place max value for each pair of elements. \param pSrc \ref source_signal_pointer. \param pSrcDst \ref in_place_signal_pointer. \param nLength \ref length_specification. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMaxEvery_32f_I

@Cast(value="NppStatus")
public static int nppsMaxEvery_32f_I(@Cast(value="const Npp32f*")
                               FloatBuffer pSrc,
                               @Cast(value="Npp32f*")
                               FloatBuffer pSrcDst,
                               int nLength)

nppsMaxEvery_32f_I

@Cast(value="NppStatus")
public static int nppsMaxEvery_32f_I(@Cast(value="const Npp32f*")
                               float[] pSrc,
                               @Cast(value="Npp32f*")
                               float[] pSrcDst,
                               int nLength)

nppsSumGetBufferSize_32f
```
@Cast(value="NppStatus")
public static int nppsSumGetBufferSize_32f(int nLength,
                                     IntPointer hpBufferSize)
```
Device scratch buffer size (in bytes) for nppsSum_32f. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \ref general_scratch_buffer. \return NPP_SUCCESS

nppsSumGetBufferSize_32f

@Cast(value="NppStatus")
public static int nppsSumGetBufferSize_32f(int nLength,
                                     IntBuffer hpBufferSize)

nppsSumGetBufferSize_32f

@Cast(value="NppStatus")
public static int nppsSumGetBufferSize_32f(int nLength,
                                     int[] hpBufferSize)

nppsSumGetBufferSize_32fc
```
@Cast(value="NppStatus")
public static int nppsSumGetBufferSize_32fc(int nLength,
                                      IntPointer hpBufferSize)
```
Device scratch buffer size (in bytes) for nppsSum_32fc. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \ref general_scratch_buffer. \return NPP_SUCCESS

nppsSumGetBufferSize_32fc

@Cast(value="NppStatus")
public static int nppsSumGetBufferSize_32fc(int nLength,
                                      IntBuffer hpBufferSize)

nppsSumGetBufferSize_32fc

@Cast(value="NppStatus")
public static int nppsSumGetBufferSize_32fc(int nLength,
                                      int[] hpBufferSize)

nppsSumGetBufferSize_64f
```
@Cast(value="NppStatus")
public static int nppsSumGetBufferSize_64f(int nLength,
                                     IntPointer hpBufferSize)
```
Device scratch buffer size (in bytes) for nppsSum_64f. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \ref general_scratch_buffer. \return NPP_SUCCESS

nppsSumGetBufferSize_64f

@Cast(value="NppStatus")
public static int nppsSumGetBufferSize_64f(int nLength,
                                     IntBuffer hpBufferSize)

nppsSumGetBufferSize_64f

@Cast(value="NppStatus")
public static int nppsSumGetBufferSize_64f(int nLength,
                                     int[] hpBufferSize)

nppsSumGetBufferSize_64fc
```
@Cast(value="NppStatus")
public static int nppsSumGetBufferSize_64fc(int nLength,
                                      IntPointer hpBufferSize)
```
Device scratch buffer size (in bytes) for nppsSum_64fc. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \ref general_scratch_buffer. \return NPP_SUCCESS

nppsSumGetBufferSize_64fc

@Cast(value="NppStatus")
public static int nppsSumGetBufferSize_64fc(int nLength,
                                      IntBuffer hpBufferSize)

nppsSumGetBufferSize_64fc

@Cast(value="NppStatus")
public static int nppsSumGetBufferSize_64fc(int nLength,
                                      int[] hpBufferSize)

nppsSumGetBufferSize_16s_Sfs
```
@Cast(value="NppStatus")
public static int nppsSumGetBufferSize_16s_Sfs(int nLength,
                                         IntPointer hpBufferSize)
```
Device scratch buffer size (in bytes) for nppsSum_16s_Sfs. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \ref general_scratch_buffer. \return NPP_SUCCESS

nppsSumGetBufferSize_16s_Sfs

@Cast(value="NppStatus")
public static int nppsSumGetBufferSize_16s_Sfs(int nLength,
                                         IntBuffer hpBufferSize)

nppsSumGetBufferSize_16s_Sfs

@Cast(value="NppStatus")
public static int nppsSumGetBufferSize_16s_Sfs(int nLength,
                                         int[] hpBufferSize)

nppsSumGetBufferSize_16sc_Sfs
```
@Cast(value="NppStatus")
public static int nppsSumGetBufferSize_16sc_Sfs(int nLength,
                                          IntPointer hpBufferSize)
```
Device scratch buffer size (in bytes) for nppsSum_16sc_Sfs. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \ref general_scratch_buffer. \return NPP_SUCCESS

nppsSumGetBufferSize_16sc_Sfs

@Cast(value="NppStatus")
public static int nppsSumGetBufferSize_16sc_Sfs(int nLength,
                                          IntBuffer hpBufferSize)

nppsSumGetBufferSize_16sc_Sfs

@Cast(value="NppStatus")
public static int nppsSumGetBufferSize_16sc_Sfs(int nLength,
                                          int[] hpBufferSize)

nppsSumGetBufferSize_16sc32sc_Sfs
```
@Cast(value="NppStatus")
public static int nppsSumGetBufferSize_16sc32sc_Sfs(int nLength,
                                              IntPointer hpBufferSize)
```
Device scratch buffer size (in bytes) for nppsSum_16sc32sc_Sfs. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \ref general_scratch_buffer. \return NPP_SUCCESS

nppsSumGetBufferSize_16sc32sc_Sfs

@Cast(value="NppStatus")
public static int nppsSumGetBufferSize_16sc32sc_Sfs(int nLength,
                                              IntBuffer hpBufferSize)

nppsSumGetBufferSize_16sc32sc_Sfs

@Cast(value="NppStatus")
public static int nppsSumGetBufferSize_16sc32sc_Sfs(int nLength,
                                              int[] hpBufferSize)

nppsSumGetBufferSize_32s_Sfs
```
@Cast(value="NppStatus")
public static int nppsSumGetBufferSize_32s_Sfs(int nLength,
                                         IntPointer hpBufferSize)
```
Device scratch buffer size (in bytes) for nppsSum_32s_Sfs. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \ref general_scratch_buffer. \return NPP_SUCCESS

nppsSumGetBufferSize_32s_Sfs

@Cast(value="NppStatus")
public static int nppsSumGetBufferSize_32s_Sfs(int nLength,
                                         IntBuffer hpBufferSize)

nppsSumGetBufferSize_32s_Sfs

@Cast(value="NppStatus")
public static int nppsSumGetBufferSize_32s_Sfs(int nLength,
                                         int[] hpBufferSize)

nppsSumGetBufferSize_16s32s_Sfs
```
@Cast(value="NppStatus")
public static int nppsSumGetBufferSize_16s32s_Sfs(int nLength,
                                            IntPointer hpBufferSize)
```
Device scratch buffer size (in bytes) for nppsSum_16s32s_Sfs. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \ref general_scratch_buffer. \return NPP_SUCCESS

nppsSumGetBufferSize_16s32s_Sfs

@Cast(value="NppStatus")
public static int nppsSumGetBufferSize_16s32s_Sfs(int nLength,
                                            IntBuffer hpBufferSize)

nppsSumGetBufferSize_16s32s_Sfs

@Cast(value="NppStatus")
public static int nppsSumGetBufferSize_16s32s_Sfs(int nLength,
                                            int[] hpBufferSize)

nppsSum_32f

@Cast(value="NppStatus")
public static int nppsSum_32f(@Cast(value="const Npp32f*")
                        FloatPointer pSrc,
                        int nLength,
                        @Cast(value="Npp32f*")
                        FloatPointer pSum,
                        @Cast(value="Npp8u*")
                        BytePointer pDeviceBuffer)

32-bit float vector sum method \param pSrc \ref source_signal_pointer. \param nLength \ref length_specification. \param pSum Pointer to the output result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsSumGetBufferSize_32f to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsSum_32f

@Cast(value="NppStatus")
public static int nppsSum_32f(@Cast(value="const Npp32f*")
                        FloatBuffer pSrc,
                        int nLength,
                        @Cast(value="Npp32f*")
                        FloatBuffer pSum,
                        @Cast(value="Npp8u*")
                        ByteBuffer pDeviceBuffer)

nppsSum_32f

@Cast(value="NppStatus")
public static int nppsSum_32f(@Cast(value="const Npp32f*")
                        float[] pSrc,
                        int nLength,
                        @Cast(value="Npp32f*")
                        float[] pSum,
                        @Cast(value="Npp8u*")
                        byte[] pDeviceBuffer)

nppsSum_32fc
```
@Cast(value="NppStatus")
public static int nppsSum_32fc(@Const
                         nppc.Npp32fc pSrc,
                         int nLength,
                         nppc.Npp32fc pSum,
                         @Cast(value="Npp8u*")
                         BytePointer pDeviceBuffer)
```
32-bit float complex vector sum method \param pSrc \ref source_signal_pointer. \param nLength \ref length_specification. \param pSum Pointer to the output result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsSumGetBufferSize_32fc to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsSum_32fc

@Cast(value="NppStatus")
public static int nppsSum_32fc(@Const
                         nppc.Npp32fc pSrc,
                         int nLength,
                         nppc.Npp32fc pSum,
                         @Cast(value="Npp8u*")
                         ByteBuffer pDeviceBuffer)

nppsSum_32fc

@Cast(value="NppStatus")
public static int nppsSum_32fc(@Const
                         nppc.Npp32fc pSrc,
                         int nLength,
                         nppc.Npp32fc pSum,
                         @Cast(value="Npp8u*")
                         byte[] pDeviceBuffer)

nppsSum_64f

@Cast(value="NppStatus")
public static int nppsSum_64f(@Cast(value="const Npp64f*")
                        DoublePointer pSrc,
                        int nLength,
                        @Cast(value="Npp64f*")
                        DoublePointer pSum,
                        @Cast(value="Npp8u*")
                        BytePointer pDeviceBuffer)

64-bit double vector sum method \param pSrc \ref source_signal_pointer. \param nLength \ref length_specification. \param pSum Pointer to the output result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsSumGetBufferSize_64f to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsSum_64f

@Cast(value="NppStatus")
public static int nppsSum_64f(@Cast(value="const Npp64f*")
                        DoubleBuffer pSrc,
                        int nLength,
                        @Cast(value="Npp64f*")
                        DoubleBuffer pSum,
                        @Cast(value="Npp8u*")
                        ByteBuffer pDeviceBuffer)

nppsSum_64f

@Cast(value="NppStatus")
public static int nppsSum_64f(@Cast(value="const Npp64f*")
                        double[] pSrc,
                        int nLength,
                        @Cast(value="Npp64f*")
                        double[] pSum,
                        @Cast(value="Npp8u*")
                        byte[] pDeviceBuffer)

nppsSum_64fc
```
@Cast(value="NppStatus")
public static int nppsSum_64fc(@Const
                         nppc.Npp64fc pSrc,
                         int nLength,
                         nppc.Npp64fc pSum,
                         @Cast(value="Npp8u*")
                         BytePointer pDeviceBuffer)
```
64-bit double complex vector sum method \param pSrc \ref source_signal_pointer. \param nLength \ref length_specification. \param pSum Pointer to the output result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsSumGetBufferSize_64fc to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsSum_64fc

@Cast(value="NppStatus")
public static int nppsSum_64fc(@Const
                         nppc.Npp64fc pSrc,
                         int nLength,
                         nppc.Npp64fc pSum,
                         @Cast(value="Npp8u*")
                         ByteBuffer pDeviceBuffer)

nppsSum_64fc

@Cast(value="NppStatus")
public static int nppsSum_64fc(@Const
                         nppc.Npp64fc pSrc,
                         int nLength,
                         nppc.Npp64fc pSum,
                         @Cast(value="Npp8u*")
                         byte[] pDeviceBuffer)

nppsSum_16s_Sfs

@Cast(value="NppStatus")
public static int nppsSum_16s_Sfs(@Cast(value="const Npp16s*")
                            ShortPointer pSrc,
                            int nLength,
                            @Cast(value="Npp16s*")
                            ShortPointer pSum,
                            int nScaleFactor,
                            @Cast(value="Npp8u*")
                            BytePointer pDeviceBuffer)

16-bit short vector sum with integer scaling method \param pSrc \ref source_signal_pointer. \param nLength \ref length_specification. \param pSum Pointer to the output result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsSumGetBufferSize_16s_Sfs to determine the minium number of bytes required. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsSum_16s_Sfs

@Cast(value="NppStatus")
public static int nppsSum_16s_Sfs(@Cast(value="const Npp16s*")
                            ShortBuffer pSrc,
                            int nLength,
                            @Cast(value="Npp16s*")
                            ShortBuffer pSum,
                            int nScaleFactor,
                            @Cast(value="Npp8u*")
                            ByteBuffer pDeviceBuffer)

nppsSum_16s_Sfs

@Cast(value="NppStatus")
public static int nppsSum_16s_Sfs(@Cast(value="const Npp16s*")
                            short[] pSrc,
                            int nLength,
                            @Cast(value="Npp16s*")
                            short[] pSum,
                            int nScaleFactor,
                            @Cast(value="Npp8u*")
                            byte[] pDeviceBuffer)

nppsSum_32s_Sfs

@Cast(value="NppStatus")
public static int nppsSum_32s_Sfs(@Cast(value="const Npp32s*")
                            IntPointer pSrc,
                            int nLength,
                            @Cast(value="Npp32s*")
                            IntPointer pSum,
                            int nScaleFactor,
                            @Cast(value="Npp8u*")
                            BytePointer pDeviceBuffer)

32-bit integer vector sum with integer scaling method \param pSrc \ref source_signal_pointer. \param nLength \ref length_specification. \param pSum Pointer to the output result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsSumGetBufferSize_32s_Sfs to determine the minium number of bytes required. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsSum_32s_Sfs

@Cast(value="NppStatus")
public static int nppsSum_32s_Sfs(@Cast(value="const Npp32s*")
                            IntBuffer pSrc,
                            int nLength,
                            @Cast(value="Npp32s*")
                            IntBuffer pSum,
                            int nScaleFactor,
                            @Cast(value="Npp8u*")
                            ByteBuffer pDeviceBuffer)

nppsSum_32s_Sfs

@Cast(value="NppStatus")
public static int nppsSum_32s_Sfs(@Cast(value="const Npp32s*")
                            int[] pSrc,
                            int nLength,
                            @Cast(value="Npp32s*")
                            int[] pSum,
                            int nScaleFactor,
                            @Cast(value="Npp8u*")
                            byte[] pDeviceBuffer)

nppsSum_16sc_Sfs
```
@Cast(value="NppStatus")
public static int nppsSum_16sc_Sfs(@Const
                             nppc.Npp16sc pSrc,
                             int nLength,
                             nppc.Npp16sc pSum,
                             int nScaleFactor,
                             @Cast(value="Npp8u*")
                             BytePointer pDeviceBuffer)
```
16-bit short complex vector sum with integer scaling method \param pSrc \ref source_signal_pointer. \param nLength \ref length_specification. \param pSum Pointer to the output result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsSumGetBufferSize_16sc_Sfs to determine the minium number of bytes required. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsSum_16sc_Sfs

@Cast(value="NppStatus")
public static int nppsSum_16sc_Sfs(@Const
                             nppc.Npp16sc pSrc,
                             int nLength,
                             nppc.Npp16sc pSum,
                             int nScaleFactor,
                             @Cast(value="Npp8u*")
                             ByteBuffer pDeviceBuffer)

nppsSum_16sc_Sfs

@Cast(value="NppStatus")
public static int nppsSum_16sc_Sfs(@Const
                             nppc.Npp16sc pSrc,
                             int nLength,
                             nppc.Npp16sc pSum,
                             int nScaleFactor,
                             @Cast(value="Npp8u*")
                             byte[] pDeviceBuffer)

nppsSum_16sc32sc_Sfs
```
@Cast(value="NppStatus")
public static int nppsSum_16sc32sc_Sfs(@Const
                                 nppc.Npp16sc pSrc,
                                 int nLength,
                                 nppc.Npp32sc pSum,
                                 int nScaleFactor,
                                 @Cast(value="Npp8u*")
                                 BytePointer pDeviceBuffer)
```
16-bit short complex vector sum (32bit int complex) with integer scaling method \param pSrc \ref source_signal_pointer. \param nLength \ref length_specification. \param pSum Pointer to the output result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsSumGetBufferSize_16sc32sc_Sfs to determine the minium number of bytes required. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsSum_16sc32sc_Sfs

@Cast(value="NppStatus")
public static int nppsSum_16sc32sc_Sfs(@Const
                                 nppc.Npp16sc pSrc,
                                 int nLength,
                                 nppc.Npp32sc pSum,
                                 int nScaleFactor,
                                 @Cast(value="Npp8u*")
                                 ByteBuffer pDeviceBuffer)

nppsSum_16sc32sc_Sfs

@Cast(value="NppStatus")
public static int nppsSum_16sc32sc_Sfs(@Const
                                 nppc.Npp16sc pSrc,
                                 int nLength,
                                 nppc.Npp32sc pSum,
                                 int nScaleFactor,
                                 @Cast(value="Npp8u*")
                                 byte[] pDeviceBuffer)

nppsSum_16s32s_Sfs

@Cast(value="NppStatus")
public static int nppsSum_16s32s_Sfs(@Cast(value="const Npp16s*")
                               ShortPointer pSrc,
                               int nLength,
                               @Cast(value="Npp32s*")
                               IntPointer pSum,
                               int nScaleFactor,
                               @Cast(value="Npp8u*")
                               BytePointer pDeviceBuffer)

16-bit integer vector sum (32bit) with integer scaling method \param pSrc \ref source_signal_pointer. \param nLength \ref length_specification. \param pSum Pointer to the output result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsSumGetBufferSize_16s32s_Sfs to determine the minium number of bytes required. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsSum_16s32s_Sfs

@Cast(value="NppStatus")
public static int nppsSum_16s32s_Sfs(@Cast(value="const Npp16s*")
                               ShortBuffer pSrc,
                               int nLength,
                               @Cast(value="Npp32s*")
                               IntBuffer pSum,
                               int nScaleFactor,
                               @Cast(value="Npp8u*")
                               ByteBuffer pDeviceBuffer)

nppsSum_16s32s_Sfs

@Cast(value="NppStatus")
public static int nppsSum_16s32s_Sfs(@Cast(value="const Npp16s*")
                               short[] pSrc,
                               int nLength,
                               @Cast(value="Npp32s*")
                               int[] pSum,
                               int nScaleFactor,
                               @Cast(value="Npp8u*")
                               byte[] pDeviceBuffer)

nppsMaxGetBufferSize_16s
```
@Cast(value="NppStatus")
public static int nppsMaxGetBufferSize_16s(int nLength,
                                     IntPointer hpBufferSize)
```
Device scratch buffer size (in bytes) for nppsMax_16s. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \ref general_scratch_buffer. \return NPP_SUCCESS

nppsMaxGetBufferSize_16s

@Cast(value="NppStatus")
public static int nppsMaxGetBufferSize_16s(int nLength,
                                     IntBuffer hpBufferSize)

nppsMaxGetBufferSize_16s

@Cast(value="NppStatus")
public static int nppsMaxGetBufferSize_16s(int nLength,
                                     int[] hpBufferSize)

nppsMaxGetBufferSize_32s
```
@Cast(value="NppStatus")
public static int nppsMaxGetBufferSize_32s(int nLength,
                                     IntPointer hpBufferSize)
```
Device scratch buffer size (in bytes) for nppsMax_32s. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \ref general_scratch_buffer. \return NPP_SUCCESS

nppsMaxGetBufferSize_32s

@Cast(value="NppStatus")
public static int nppsMaxGetBufferSize_32s(int nLength,
                                     IntBuffer hpBufferSize)

nppsMaxGetBufferSize_32s

@Cast(value="NppStatus")
public static int nppsMaxGetBufferSize_32s(int nLength,
                                     int[] hpBufferSize)

nppsMaxGetBufferSize_32f
```
@Cast(value="NppStatus")
public static int nppsMaxGetBufferSize_32f(int nLength,
                                     IntPointer hpBufferSize)
```
Device scratch buffer size (in bytes) for nppsMax_32f. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \ref general_scratch_buffer. \return NPP_SUCCESS

nppsMaxGetBufferSize_32f

@Cast(value="NppStatus")
public static int nppsMaxGetBufferSize_32f(int nLength,
                                     IntBuffer hpBufferSize)

nppsMaxGetBufferSize_32f

@Cast(value="NppStatus")
public static int nppsMaxGetBufferSize_32f(int nLength,
                                     int[] hpBufferSize)

nppsMaxGetBufferSize_64f
```
@Cast(value="NppStatus")
public static int nppsMaxGetBufferSize_64f(int nLength,
                                     IntPointer hpBufferSize)
```
Device scratch buffer size (in bytes) for nppsMax_64f. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \ref general_scratch_buffer. \return NPP_SUCCESS

nppsMaxGetBufferSize_64f

@Cast(value="NppStatus")
public static int nppsMaxGetBufferSize_64f(int nLength,
                                     IntBuffer hpBufferSize)

nppsMaxGetBufferSize_64f

@Cast(value="NppStatus")
public static int nppsMaxGetBufferSize_64f(int nLength,
                                     int[] hpBufferSize)

nppsMax_16s

@Cast(value="NppStatus")
public static int nppsMax_16s(@Cast(value="const Npp16s*")
                        ShortPointer pSrc,
                        int nLength,
                        @Cast(value="Npp16s*")
                        ShortPointer pMax,
                        @Cast(value="Npp8u*")
                        BytePointer pDeviceBuffer)

16-bit integer vector max method \param pSrc \ref source_signal_pointer. \param nLength \ref length_specification. \param pMax Pointer to the output result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsMaxGetBufferSize_16s to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMax_16s

@Cast(value="NppStatus")
public static int nppsMax_16s(@Cast(value="const Npp16s*")
                        ShortBuffer pSrc,
                        int nLength,
                        @Cast(value="Npp16s*")
                        ShortBuffer pMax,
                        @Cast(value="Npp8u*")
                        ByteBuffer pDeviceBuffer)

nppsMax_16s

@Cast(value="NppStatus")
public static int nppsMax_16s(@Cast(value="const Npp16s*")
                        short[] pSrc,
                        int nLength,
                        @Cast(value="Npp16s*")
                        short[] pMax,
                        @Cast(value="Npp8u*")
                        byte[] pDeviceBuffer)

nppsMax_32s

@Cast(value="NppStatus")
public static int nppsMax_32s(@Cast(value="const Npp32s*")
                        IntPointer pSrc,
                        int nLength,
                        @Cast(value="Npp32s*")
                        IntPointer pMax,
                        @Cast(value="Npp8u*")
                        BytePointer pDeviceBuffer)

32-bit integer vector max method \param pSrc \ref source_signal_pointer. \param nLength \ref length_specification. \param pMax Pointer to the output result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsMaxGetBufferSize_32s to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMax_32s

@Cast(value="NppStatus")
public static int nppsMax_32s(@Cast(value="const Npp32s*")
                        IntBuffer pSrc,
                        int nLength,
                        @Cast(value="Npp32s*")
                        IntBuffer pMax,
                        @Cast(value="Npp8u*")
                        ByteBuffer pDeviceBuffer)

nppsMax_32s

@Cast(value="NppStatus")
public static int nppsMax_32s(@Cast(value="const Npp32s*")
                        int[] pSrc,
                        int nLength,
                        @Cast(value="Npp32s*")
                        int[] pMax,
                        @Cast(value="Npp8u*")
                        byte[] pDeviceBuffer)

nppsMax_32f

@Cast(value="NppStatus")
public static int nppsMax_32f(@Cast(value="const Npp32f*")
                        FloatPointer pSrc,
                        int nLength,
                        @Cast(value="Npp32f*")
                        FloatPointer pMax,
                        @Cast(value="Npp8u*")
                        BytePointer pDeviceBuffer)

32-bit float vector max method \param pSrc \ref source_signal_pointer. \param nLength \ref length_specification. \param pMax Pointer to the output result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsMaxGetBufferSize_32f to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMax_32f

@Cast(value="NppStatus")
public static int nppsMax_32f(@Cast(value="const Npp32f*")
                        FloatBuffer pSrc,
                        int nLength,
                        @Cast(value="Npp32f*")
                        FloatBuffer pMax,
                        @Cast(value="Npp8u*")
                        ByteBuffer pDeviceBuffer)

nppsMax_32f

@Cast(value="NppStatus")
public static int nppsMax_32f(@Cast(value="const Npp32f*")
                        float[] pSrc,
                        int nLength,
                        @Cast(value="Npp32f*")
                        float[] pMax,
                        @Cast(value="Npp8u*")
                        byte[] pDeviceBuffer)

nppsMax_64f

@Cast(value="NppStatus")
public static int nppsMax_64f(@Cast(value="const Npp64f*")
                        DoublePointer pSrc,
                        int nLength,
                        @Cast(value="Npp64f*")
                        DoublePointer pMax,
                        @Cast(value="Npp8u*")
                        BytePointer pDeviceBuffer)

64-bit float vector max method \param pSrc \ref source_signal_pointer. \param nLength \ref length_specification. \param pMax Pointer to the output result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsMaxGetBufferSize_64f to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMax_64f

@Cast(value="NppStatus")
public static int nppsMax_64f(@Cast(value="const Npp64f*")
                        DoubleBuffer pSrc,
                        int nLength,
                        @Cast(value="Npp64f*")
                        DoubleBuffer pMax,
                        @Cast(value="Npp8u*")
                        ByteBuffer pDeviceBuffer)

nppsMax_64f

@Cast(value="NppStatus")
public static int nppsMax_64f(@Cast(value="const Npp64f*")
                        double[] pSrc,
                        int nLength,
                        @Cast(value="Npp64f*")
                        double[] pMax,
                        @Cast(value="Npp8u*")
                        byte[] pDeviceBuffer)

nppsMaxIndxGetBufferSize_16s
```
@Cast(value="NppStatus")
public static int nppsMaxIndxGetBufferSize_16s(int nLength,
                                         IntPointer hpBufferSize)
```
Device scratch buffer size (in bytes) for nppsMaxIndx_16s. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \ref general_scratch_buffer. \return NPP_SUCCESS

nppsMaxIndxGetBufferSize_16s

@Cast(value="NppStatus")
public static int nppsMaxIndxGetBufferSize_16s(int nLength,
                                         IntBuffer hpBufferSize)

nppsMaxIndxGetBufferSize_16s

@Cast(value="NppStatus")
public static int nppsMaxIndxGetBufferSize_16s(int nLength,
                                         int[] hpBufferSize)

nppsMaxIndxGetBufferSize_32s
```
@Cast(value="NppStatus")
public static int nppsMaxIndxGetBufferSize_32s(int nLength,
                                         IntPointer hpBufferSize)
```
Device scratch buffer size (in bytes) for nppsMaxIndx_32s. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \ref general_scratch_buffer. \return NPP_SUCCESS

nppsMaxIndxGetBufferSize_32s

@Cast(value="NppStatus")
public static int nppsMaxIndxGetBufferSize_32s(int nLength,
                                         IntBuffer hpBufferSize)

nppsMaxIndxGetBufferSize_32s

@Cast(value="NppStatus")
public static int nppsMaxIndxGetBufferSize_32s(int nLength,
                                         int[] hpBufferSize)

nppsMaxIndxGetBufferSize_32f
```
@Cast(value="NppStatus")
public static int nppsMaxIndxGetBufferSize_32f(int nLength,
                                         IntPointer hpBufferSize)
```
Device scratch buffer size (in bytes) for nppsMaxIndx_32f. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \ref general_scratch_buffer. \return NPP_SUCCESS

nppsMaxIndxGetBufferSize_32f

@Cast(value="NppStatus")
public static int nppsMaxIndxGetBufferSize_32f(int nLength,
                                         IntBuffer hpBufferSize)

nppsMaxIndxGetBufferSize_32f

@Cast(value="NppStatus")
public static int nppsMaxIndxGetBufferSize_32f(int nLength,
                                         int[] hpBufferSize)

nppsMaxIndxGetBufferSize_64f
```
@Cast(value="NppStatus")
public static int nppsMaxIndxGetBufferSize_64f(int nLength,
                                         IntPointer hpBufferSize)
```
Device scratch buffer size (in bytes) for nppsMaxIndx_64f. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \ref general_scratch_buffer. \return NPP_SUCCESS

nppsMaxIndxGetBufferSize_64f

@Cast(value="NppStatus")
public static int nppsMaxIndxGetBufferSize_64f(int nLength,
                                         IntBuffer hpBufferSize)

nppsMaxIndxGetBufferSize_64f

@Cast(value="NppStatus")
public static int nppsMaxIndxGetBufferSize_64f(int nLength,
                                         int[] hpBufferSize)

nppsMaxIndx_16s

@Cast(value="NppStatus")
public static int nppsMaxIndx_16s(@Cast(value="const Npp16s*")
                            ShortPointer pSrc,
                            int nLength,
                            @Cast(value="Npp16s*")
                            ShortPointer pMax,
                            IntPointer pIndx,
                            @Cast(value="Npp8u*")
                            BytePointer pDeviceBuffer)

16-bit integer vector max index method \param pSrc \ref source_signal_pointer. \param nLength \ref length_specification. \param pMax Pointer to the output result. \param pIndx Pointer to the index value of the first maximum element. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsMaxIndxGetBufferSize_16s to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMaxIndx_16s

@Cast(value="NppStatus")
public static int nppsMaxIndx_16s(@Cast(value="const Npp16s*")
                            ShortBuffer pSrc,
                            int nLength,
                            @Cast(value="Npp16s*")
                            ShortBuffer pMax,
                            IntBuffer pIndx,
                            @Cast(value="Npp8u*")
                            ByteBuffer pDeviceBuffer)

nppsMaxIndx_16s

@Cast(value="NppStatus")
public static int nppsMaxIndx_16s(@Cast(value="const Npp16s*")
                            short[] pSrc,
                            int nLength,
                            @Cast(value="Npp16s*")
                            short[] pMax,
                            int[] pIndx,
                            @Cast(value="Npp8u*")
                            byte[] pDeviceBuffer)

nppsMaxIndx_32s

@Cast(value="NppStatus")
public static int nppsMaxIndx_32s(@Cast(value="const Npp32s*")
                            IntPointer pSrc,
                            int nLength,
                            @Cast(value="Npp32s*")
                            IntPointer pMax,
                            IntPointer pIndx,
                            @Cast(value="Npp8u*")
                            BytePointer pDeviceBuffer)

32-bit integer vector max index method \param pSrc \ref source_signal_pointer. \param nLength \ref length_specification. \param pMax Pointer to the output result. \param pIndx Pointer to the index value of the first maximum element. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsMaxIndxGetBufferSize_32s to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMaxIndx_32s

@Cast(value="NppStatus")
public static int nppsMaxIndx_32s(@Cast(value="const Npp32s*")
                            IntBuffer pSrc,
                            int nLength,
                            @Cast(value="Npp32s*")
                            IntBuffer pMax,
                            IntBuffer pIndx,
                            @Cast(value="Npp8u*")
                            ByteBuffer pDeviceBuffer)

nppsMaxIndx_32s

@Cast(value="NppStatus")
public static int nppsMaxIndx_32s(@Cast(value="const Npp32s*")
                            int[] pSrc,
                            int nLength,
                            @Cast(value="Npp32s*")
                            int[] pMax,
                            int[] pIndx,
                            @Cast(value="Npp8u*")
                            byte[] pDeviceBuffer)

nppsMaxIndx_32f

@Cast(value="NppStatus")
public static int nppsMaxIndx_32f(@Cast(value="const Npp32f*")
                            FloatPointer pSrc,
                            int nLength,
                            @Cast(value="Npp32f*")
                            FloatPointer pMax,
                            IntPointer pIndx,
                            @Cast(value="Npp8u*")
                            BytePointer pDeviceBuffer)

32-bit float vector max index method \param pSrc \ref source_signal_pointer. \param nLength \ref length_specification. \param pMax Pointer to the output result. \param pIndx Pointer to the index value of the first maximum element. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsMaxIndxGetBufferSize_32f to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMaxIndx_32f

@Cast(value="NppStatus")
public static int nppsMaxIndx_32f(@Cast(value="const Npp32f*")
                            FloatBuffer pSrc,
                            int nLength,
                            @Cast(value="Npp32f*")
                            FloatBuffer pMax,
                            IntBuffer pIndx,
                            @Cast(value="Npp8u*")
                            ByteBuffer pDeviceBuffer)

nppsMaxIndx_32f

@Cast(value="NppStatus")
public static int nppsMaxIndx_32f(@Cast(value="const Npp32f*")
                            float[] pSrc,
                            int nLength,
                            @Cast(value="Npp32f*")
                            float[] pMax,
                            int[] pIndx,
                            @Cast(value="Npp8u*")
                            byte[] pDeviceBuffer)

nppsMaxIndx_64f

@Cast(value="NppStatus")
public static int nppsMaxIndx_64f(@Cast(value="const Npp64f*")
                            DoublePointer pSrc,
                            int nLength,
                            @Cast(value="Npp64f*")
                            DoublePointer pMax,
                            IntPointer pIndx,
                            @Cast(value="Npp8u*")
                            BytePointer pDeviceBuffer)

64-bit float vector max index method \param pSrc \ref source_signal_pointer. \param nLength \ref length_specification. \param pMax Pointer to the output result. \param pIndx Pointer to the index value of the first maximum element. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsMaxIndxGetBufferSize_64f to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMaxIndx_64f

@Cast(value="NppStatus")
public static int nppsMaxIndx_64f(@Cast(value="const Npp64f*")
                            DoubleBuffer pSrc,
                            int nLength,
                            @Cast(value="Npp64f*")
                            DoubleBuffer pMax,
                            IntBuffer pIndx,
                            @Cast(value="Npp8u*")
                            ByteBuffer pDeviceBuffer)

nppsMaxIndx_64f

@Cast(value="NppStatus")
public static int nppsMaxIndx_64f(@Cast(value="const Npp64f*")
                            double[] pSrc,
                            int nLength,
                            @Cast(value="Npp64f*")
                            double[] pMax,
                            int[] pIndx,
                            @Cast(value="Npp8u*")
                            byte[] pDeviceBuffer)

nppsMaxAbsGetBufferSize_16s
```
@Cast(value="NppStatus")
public static int nppsMaxAbsGetBufferSize_16s(int nLength,
                                        IntPointer hpBufferSize)
```
Device scratch buffer size (in bytes) for nppsMaxAbs_16s. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \ref general_scratch_buffer. \return NPP_SUCCESS

nppsMaxAbsGetBufferSize_16s

@Cast(value="NppStatus")
public static int nppsMaxAbsGetBufferSize_16s(int nLength,
                                        IntBuffer hpBufferSize)

nppsMaxAbsGetBufferSize_16s

@Cast(value="NppStatus")
public static int nppsMaxAbsGetBufferSize_16s(int nLength,
                                        int[] hpBufferSize)

nppsMaxAbsGetBufferSize_32s
```
@Cast(value="NppStatus")
public static int nppsMaxAbsGetBufferSize_32s(int nLength,
                                        IntPointer hpBufferSize)
```
Device scratch buffer size (in bytes) for nppsMaxAbs_32s. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \ref general_scratch_buffer. \return NPP_SUCCESS

nppsMaxAbsGetBufferSize_32s

@Cast(value="NppStatus")
public static int nppsMaxAbsGetBufferSize_32s(int nLength,
                                        IntBuffer hpBufferSize)

nppsMaxAbsGetBufferSize_32s

@Cast(value="NppStatus")
public static int nppsMaxAbsGetBufferSize_32s(int nLength,
                                        int[] hpBufferSize)

nppsMaxAbs_16s

@Cast(value="NppStatus")
public static int nppsMaxAbs_16s(@Cast(value="const Npp16s*")
                           ShortPointer pSrc,
                           int nLength,
                           @Cast(value="Npp16s*")
                           ShortPointer pMaxAbs,
                           @Cast(value="Npp8u*")
                           BytePointer pDeviceBuffer)

16-bit integer vector max absolute method \param pSrc \ref source_signal_pointer. \param nLength \ref length_specification. \param pMaxAbs Pointer to the output result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsMaxAbsGetBufferSize_16s to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMaxAbs_16s

@Cast(value="NppStatus")
public static int nppsMaxAbs_16s(@Cast(value="const Npp16s*")
                           ShortBuffer pSrc,
                           int nLength,
                           @Cast(value="Npp16s*")
                           ShortBuffer pMaxAbs,
                           @Cast(value="Npp8u*")
                           ByteBuffer pDeviceBuffer)

nppsMaxAbs_16s

@Cast(value="NppStatus")
public static int nppsMaxAbs_16s(@Cast(value="const Npp16s*")
                           short[] pSrc,
                           int nLength,
                           @Cast(value="Npp16s*")
                           short[] pMaxAbs,
                           @Cast(value="Npp8u*")
                           byte[] pDeviceBuffer)

nppsMaxAbs_32s

@Cast(value="NppStatus")
public static int nppsMaxAbs_32s(@Cast(value="const Npp32s*")
                           IntPointer pSrc,
                           int nLength,
                           @Cast(value="Npp32s*")
                           IntPointer pMaxAbs,
                           @Cast(value="Npp8u*")
                           BytePointer pDeviceBuffer)

32-bit integer vector max absolute method \param pSrc \ref source_signal_pointer. \param nLength \ref length_specification. \param pMaxAbs Pointer to the output result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsMaxAbsGetBufferSize_32s to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMaxAbs_32s

@Cast(value="NppStatus")
public static int nppsMaxAbs_32s(@Cast(value="const Npp32s*")
                           IntBuffer pSrc,
                           int nLength,
                           @Cast(value="Npp32s*")
                           IntBuffer pMaxAbs,
                           @Cast(value="Npp8u*")
                           ByteBuffer pDeviceBuffer)

nppsMaxAbs_32s

@Cast(value="NppStatus")
public static int nppsMaxAbs_32s(@Cast(value="const Npp32s*")
                           int[] pSrc,
                           int nLength,
                           @Cast(value="Npp32s*")
                           int[] pMaxAbs,
                           @Cast(value="Npp8u*")
                           byte[] pDeviceBuffer)

nppsMaxAbsIndxGetBufferSize_16s
```
@Cast(value="NppStatus")
public static int nppsMaxAbsIndxGetBufferSize_16s(int nLength,
                                            IntPointer hpBufferSize)
```
Device scratch buffer size (in bytes) for nppsMaxAbsIndx_16s. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \ref general_scratch_buffer. \return NPP_SUCCESS

nppsMaxAbsIndxGetBufferSize_16s

@Cast(value="NppStatus")
public static int nppsMaxAbsIndxGetBufferSize_16s(int nLength,
                                            IntBuffer hpBufferSize)

nppsMaxAbsIndxGetBufferSize_16s

@Cast(value="NppStatus")
public static int nppsMaxAbsIndxGetBufferSize_16s(int nLength,
                                            int[] hpBufferSize)

nppsMaxAbsIndxGetBufferSize_32s
```
@Cast(value="NppStatus")
public static int nppsMaxAbsIndxGetBufferSize_32s(int nLength,
                                            IntPointer hpBufferSize)
```
Device scratch buffer size (in bytes) for nppsMaxAbsIndx_32s. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \ref general_scratch_buffer. \return NPP_SUCCESS

nppsMaxAbsIndxGetBufferSize_32s

@Cast(value="NppStatus")
public static int nppsMaxAbsIndxGetBufferSize_32s(int nLength,
                                            IntBuffer hpBufferSize)

nppsMaxAbsIndxGetBufferSize_32s

@Cast(value="NppStatus")
public static int nppsMaxAbsIndxGetBufferSize_32s(int nLength,
                                            int[] hpBufferSize)

nppsMaxAbsIndx_16s

@Cast(value="NppStatus")
public static int nppsMaxAbsIndx_16s(@Cast(value="const Npp16s*")
                               ShortPointer pSrc,
                               int nLength,
                               @Cast(value="Npp16s*")
                               ShortPointer pMaxAbs,
                               IntPointer pIndx,
                               @Cast(value="Npp8u*")
                               BytePointer pDeviceBuffer)

16-bit integer vector max absolute index method \param pSrc \ref source_signal_pointer. \param nLength \ref length_specification. \param pMaxAbs Pointer to the output result. \param pIndx Pointer to the index value of the first maximum element. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsMaxAbsIndxGetBufferSize_16s to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMaxAbsIndx_16s

@Cast(value="NppStatus")
public static int nppsMaxAbsIndx_16s(@Cast(value="const Npp16s*")
                               ShortBuffer pSrc,
                               int nLength,
                               @Cast(value="Npp16s*")
                               ShortBuffer pMaxAbs,
                               IntBuffer pIndx,
                               @Cast(value="Npp8u*")
                               ByteBuffer pDeviceBuffer)

nppsMaxAbsIndx_16s

@Cast(value="NppStatus")
public static int nppsMaxAbsIndx_16s(@Cast(value="const Npp16s*")
                               short[] pSrc,
                               int nLength,
                               @Cast(value="Npp16s*")
                               short[] pMaxAbs,
                               int[] pIndx,
                               @Cast(value="Npp8u*")
                               byte[] pDeviceBuffer)

nppsMaxAbsIndx_32s

@Cast(value="NppStatus")
public static int nppsMaxAbsIndx_32s(@Cast(value="const Npp32s*")
                               IntPointer pSrc,
                               int nLength,
                               @Cast(value="Npp32s*")
                               IntPointer pMaxAbs,
                               IntPointer pIndx,
                               @Cast(value="Npp8u*")
                               BytePointer pDeviceBuffer)

32-bit integer vector max absolute index method \param pSrc \ref source_signal_pointer. \param nLength \ref length_specification. \param pMaxAbs Pointer to the output result. \param pIndx Pointer to the index value of the first maximum element. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsMaxAbsIndxGetBufferSize_32s to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMaxAbsIndx_32s

@Cast(value="NppStatus")
public static int nppsMaxAbsIndx_32s(@Cast(value="const Npp32s*")
                               IntBuffer pSrc,
                               int nLength,
                               @Cast(value="Npp32s*")
                               IntBuffer pMaxAbs,
                               IntBuffer pIndx,
                               @Cast(value="Npp8u*")
                               ByteBuffer pDeviceBuffer)

nppsMaxAbsIndx_32s

@Cast(value="NppStatus")
public static int nppsMaxAbsIndx_32s(@Cast(value="const Npp32s*")
                               int[] pSrc,
                               int nLength,
                               @Cast(value="Npp32s*")
                               int[] pMaxAbs,
                               int[] pIndx,
                               @Cast(value="Npp8u*")
                               byte[] pDeviceBuffer)

nppsMinGetBufferSize_16s
```
@Cast(value="NppStatus")
public static int nppsMinGetBufferSize_16s(int nLength,
                                     IntPointer hpBufferSize)
```
Device scratch buffer size (in bytes) for nppsMin_16s. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \ref general_scratch_buffer. \return NPP_SUCCESS

nppsMinGetBufferSize_16s

@Cast(value="NppStatus")
public static int nppsMinGetBufferSize_16s(int nLength,
                                     IntBuffer hpBufferSize)

nppsMinGetBufferSize_16s

@Cast(value="NppStatus")
public static int nppsMinGetBufferSize_16s(int nLength,
                                     int[] hpBufferSize)

nppsMinGetBufferSize_32s
```
@Cast(value="NppStatus")
public static int nppsMinGetBufferSize_32s(int nLength,
                                     IntPointer hpBufferSize)
```
Device scratch buffer size (in bytes) for nppsMin_32s. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \ref general_scratch_buffer. \return NPP_SUCCESS

nppsMinGetBufferSize_32s

@Cast(value="NppStatus")
public static int nppsMinGetBufferSize_32s(int nLength,
                                     IntBuffer hpBufferSize)

nppsMinGetBufferSize_32s

@Cast(value="NppStatus")
public static int nppsMinGetBufferSize_32s(int nLength,
                                     int[] hpBufferSize)

nppsMinGetBufferSize_32f
```
@Cast(value="NppStatus")
public static int nppsMinGetBufferSize_32f(int nLength,
                                     IntPointer hpBufferSize)
```
Device scratch buffer size (in bytes) for nppsMin_32f. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \ref general_scratch_buffer. \return NPP_SUCCESS

nppsMinGetBufferSize_32f

@Cast(value="NppStatus")
public static int nppsMinGetBufferSize_32f(int nLength,
                                     IntBuffer hpBufferSize)

nppsMinGetBufferSize_32f

@Cast(value="NppStatus")
public static int nppsMinGetBufferSize_32f(int nLength,
                                     int[] hpBufferSize)

nppsMinGetBufferSize_64f
```
@Cast(value="NppStatus")
public static int nppsMinGetBufferSize_64f(int nLength,
                                     IntPointer hpBufferSize)
```
Device scratch buffer size (in bytes) for nppsMin_64f. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \ref general_scratch_buffer. \return NPP_SUCCESS

nppsMinGetBufferSize_64f

@Cast(value="NppStatus")
public static int nppsMinGetBufferSize_64f(int nLength,
                                     IntBuffer hpBufferSize)

nppsMinGetBufferSize_64f

@Cast(value="NppStatus")
public static int nppsMinGetBufferSize_64f(int nLength,
                                     int[] hpBufferSize)

nppsMin_16s

@Cast(value="NppStatus")
public static int nppsMin_16s(@Cast(value="const Npp16s*")
                        ShortPointer pSrc,
                        int nLength,
                        @Cast(value="Npp16s*")
                        ShortPointer pMin,
                        @Cast(value="Npp8u*")
                        BytePointer pDeviceBuffer)

16-bit integer vector min method \param pSrc \ref source_signal_pointer. \param nLength \ref length_specification. \param pMin Pointer to the output result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsMinGetBufferSize_16s to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMin_16s

@Cast(value="NppStatus")
public static int nppsMin_16s(@Cast(value="const Npp16s*")
                        ShortBuffer pSrc,
                        int nLength,
                        @Cast(value="Npp16s*")
                        ShortBuffer pMin,
                        @Cast(value="Npp8u*")
                        ByteBuffer pDeviceBuffer)

nppsMin_16s

@Cast(value="NppStatus")
public static int nppsMin_16s(@Cast(value="const Npp16s*")
                        short[] pSrc,
                        int nLength,
                        @Cast(value="Npp16s*")
                        short[] pMin,
                        @Cast(value="Npp8u*")
                        byte[] pDeviceBuffer)

nppsMin_32s

@Cast(value="NppStatus")
public static int nppsMin_32s(@Cast(value="const Npp32s*")
                        IntPointer pSrc,
                        int nLength,
                        @Cast(value="Npp32s*")
                        IntPointer pMin,
                        @Cast(value="Npp8u*")
                        BytePointer pDeviceBuffer)

32-bit integer vector min method \param pSrc \ref source_signal_pointer. \param nLength \ref length_specification. \param pMin Pointer to the output result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsMinGetBufferSize_32s to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMin_32s

@Cast(value="NppStatus")
public static int nppsMin_32s(@Cast(value="const Npp32s*")
                        IntBuffer pSrc,
                        int nLength,
                        @Cast(value="Npp32s*")
                        IntBuffer pMin,
                        @Cast(value="Npp8u*")
                        ByteBuffer pDeviceBuffer)

nppsMin_32s

@Cast(value="NppStatus")
public static int nppsMin_32s(@Cast(value="const Npp32s*")
                        int[] pSrc,
                        int nLength,
                        @Cast(value="Npp32s*")
                        int[] pMin,
                        @Cast(value="Npp8u*")
                        byte[] pDeviceBuffer)

nppsMin_32f

@Cast(value="NppStatus")
public static int nppsMin_32f(@Cast(value="const Npp32f*")
                        FloatPointer pSrc,
                        int nLength,
                        @Cast(value="Npp32f*")
                        FloatPointer pMin,
                        @Cast(value="Npp8u*")
                        BytePointer pDeviceBuffer)

32-bit integer vector min method \param pSrc \ref source_signal_pointer. \param nLength \ref length_specification. \param pMin Pointer to the output result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsMinGetBufferSize_32f to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMin_32f

@Cast(value="NppStatus")
public static int nppsMin_32f(@Cast(value="const Npp32f*")
                        FloatBuffer pSrc,
                        int nLength,
                        @Cast(value="Npp32f*")
                        FloatBuffer pMin,
                        @Cast(value="Npp8u*")
                        ByteBuffer pDeviceBuffer)

nppsMin_32f

@Cast(value="NppStatus")
public static int nppsMin_32f(@Cast(value="const Npp32f*")
                        float[] pSrc,
                        int nLength,
                        @Cast(value="Npp32f*")
                        float[] pMin,
                        @Cast(value="Npp8u*")
                        byte[] pDeviceBuffer)

nppsMin_64f

@Cast(value="NppStatus")
public static int nppsMin_64f(@Cast(value="const Npp64f*")
                        DoublePointer pSrc,
                        int nLength,
                        @Cast(value="Npp64f*")
                        DoublePointer pMin,
                        @Cast(value="Npp8u*")
                        BytePointer pDeviceBuffer)

64-bit integer vector min method \param pSrc \ref source_signal_pointer. \param nLength \ref length_specification. \param pMin Pointer to the output result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsMinGetBufferSize_64f to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMin_64f

@Cast(value="NppStatus")
public static int nppsMin_64f(@Cast(value="const Npp64f*")
                        DoubleBuffer pSrc,
                        int nLength,
                        @Cast(value="Npp64f*")
                        DoubleBuffer pMin,
                        @Cast(value="Npp8u*")
                        ByteBuffer pDeviceBuffer)

nppsMin_64f

@Cast(value="NppStatus")
public static int nppsMin_64f(@Cast(value="const Npp64f*")
                        double[] pSrc,
                        int nLength,
                        @Cast(value="Npp64f*")
                        double[] pMin,
                        @Cast(value="Npp8u*")
                        byte[] pDeviceBuffer)

nppsMinIndxGetBufferSize_16s
```
@Cast(value="NppStatus")
public static int nppsMinIndxGetBufferSize_16s(int nLength,
                                         IntPointer hpBufferSize)
```
Device scratch buffer size (in bytes) for nppsMinIndx_16s. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \ref general_scratch_buffer. \return NPP_SUCCESS

nppsMinIndxGetBufferSize_16s

@Cast(value="NppStatus")
public static int nppsMinIndxGetBufferSize_16s(int nLength,
                                         IntBuffer hpBufferSize)

nppsMinIndxGetBufferSize_16s

@Cast(value="NppStatus")
public static int nppsMinIndxGetBufferSize_16s(int nLength,
                                         int[] hpBufferSize)

nppsMinIndxGetBufferSize_32s
```
@Cast(value="NppStatus")
public static int nppsMinIndxGetBufferSize_32s(int nLength,
                                         IntPointer hpBufferSize)
```
Device scratch buffer size (in bytes) for nppsMinIndx_32s. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \ref general_scratch_buffer. \return NPP_SUCCESS

nppsMinIndxGetBufferSize_32s

@Cast(value="NppStatus")
public static int nppsMinIndxGetBufferSize_32s(int nLength,
                                         IntBuffer hpBufferSize)

nppsMinIndxGetBufferSize_32s

@Cast(value="NppStatus")
public static int nppsMinIndxGetBufferSize_32s(int nLength,
                                         int[] hpBufferSize)

nppsMinIndxGetBufferSize_32f
```
@Cast(value="NppStatus")
public static int nppsMinIndxGetBufferSize_32f(int nLength,
                                         IntPointer hpBufferSize)
```
Device scratch buffer size (in bytes) for nppsMinIndx_32f. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \ref general_scratch_buffer. \return NPP_SUCCESS

nppsMinIndxGetBufferSize_32f

@Cast(value="NppStatus")
public static int nppsMinIndxGetBufferSize_32f(int nLength,
                                         IntBuffer hpBufferSize)

nppsMinIndxGetBufferSize_32f

@Cast(value="NppStatus")
public static int nppsMinIndxGetBufferSize_32f(int nLength,
                                         int[] hpBufferSize)

nppsMinIndxGetBufferSize_64f
```
@Cast(value="NppStatus")
public static int nppsMinIndxGetBufferSize_64f(int nLength,
                                         IntPointer hpBufferSize)
```
Device scratch buffer size (in bytes) for nppsMinIndx_64f. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \ref general_scratch_buffer. \return NPP_SUCCESS

nppsMinIndxGetBufferSize_64f

@Cast(value="NppStatus")
public static int nppsMinIndxGetBufferSize_64f(int nLength,
                                         IntBuffer hpBufferSize)

nppsMinIndxGetBufferSize_64f

@Cast(value="NppStatus")
public static int nppsMinIndxGetBufferSize_64f(int nLength,
                                         int[] hpBufferSize)

nppsMinIndx_16s

@Cast(value="NppStatus")
public static int nppsMinIndx_16s(@Cast(value="const Npp16s*")
                            ShortPointer pSrc,
                            int nLength,
                            @Cast(value="Npp16s*")
                            ShortPointer pMin,
                            IntPointer pIndx,
                            @Cast(value="Npp8u*")
                            BytePointer pDeviceBuffer)

16-bit integer vector min index method \param pSrc \ref source_signal_pointer. \param nLength \ref length_specification. \param pMin Pointer to the output result. \param pIndx Pointer to the index value of the first minimum element. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsMinIndxGetBufferSize_16s to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMinIndx_16s

@Cast(value="NppStatus")
public static int nppsMinIndx_16s(@Cast(value="const Npp16s*")
                            ShortBuffer pSrc,
                            int nLength,
                            @Cast(value="Npp16s*")
                            ShortBuffer pMin,
                            IntBuffer pIndx,
                            @Cast(value="Npp8u*")
                            ByteBuffer pDeviceBuffer)

nppsMinIndx_16s

@Cast(value="NppStatus")
public static int nppsMinIndx_16s(@Cast(value="const Npp16s*")
                            short[] pSrc,
                            int nLength,
                            @Cast(value="Npp16s*")
                            short[] pMin,
                            int[] pIndx,
                            @Cast(value="Npp8u*")
                            byte[] pDeviceBuffer)

nppsMinIndx_32s

@Cast(value="NppStatus")
public static int nppsMinIndx_32s(@Cast(value="const Npp32s*")
                            IntPointer pSrc,
                            int nLength,
                            @Cast(value="Npp32s*")
                            IntPointer pMin,
                            IntPointer pIndx,
                            @Cast(value="Npp8u*")
                            BytePointer pDeviceBuffer)

32-bit integer vector min index method \param pSrc \ref source_signal_pointer. \param nLength \ref length_specification. \param pMin Pointer to the output result. \param pIndx Pointer to the index value of the first minimum element. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsMinIndxGetBufferSize_32s to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMinIndx_32s

@Cast(value="NppStatus")
public static int nppsMinIndx_32s(@Cast(value="const Npp32s*")
                            IntBuffer pSrc,
                            int nLength,
                            @Cast(value="Npp32s*")
                            IntBuffer pMin,
                            IntBuffer pIndx,
                            @Cast(value="Npp8u*")
                            ByteBuffer pDeviceBuffer)

nppsMinIndx_32s

@Cast(value="NppStatus")
public static int nppsMinIndx_32s(@Cast(value="const Npp32s*")
                            int[] pSrc,
                            int nLength,
                            @Cast(value="Npp32s*")
                            int[] pMin,
                            int[] pIndx,
                            @Cast(value="Npp8u*")
                            byte[] pDeviceBuffer)

nppsMinIndx_32f

@Cast(value="NppStatus")
public static int nppsMinIndx_32f(@Cast(value="const Npp32f*")
                            FloatPointer pSrc,
                            int nLength,
                            @Cast(value="Npp32f*")
                            FloatPointer pMin,
                            IntPointer pIndx,
                            @Cast(value="Npp8u*")
                            BytePointer pDeviceBuffer)

32-bit float vector min index method \param pSrc \ref source_signal_pointer. \param nLength \ref length_specification. \param pMin Pointer to the output result. \param pIndx Pointer to the index value of the first minimum element. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsMinIndxGetBufferSize_32f to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMinIndx_32f

@Cast(value="NppStatus")
public static int nppsMinIndx_32f(@Cast(value="const Npp32f*")
                            FloatBuffer pSrc,
                            int nLength,
                            @Cast(value="Npp32f*")
                            FloatBuffer pMin,
                            IntBuffer pIndx,
                            @Cast(value="Npp8u*")
                            ByteBuffer pDeviceBuffer)

nppsMinIndx_32f

@Cast(value="NppStatus")
public static int nppsMinIndx_32f(@Cast(value="const Npp32f*")
                            float[] pSrc,
                            int nLength,
                            @Cast(value="Npp32f*")
                            float[] pMin,
                            int[] pIndx,
                            @Cast(value="Npp8u*")
                            byte[] pDeviceBuffer)

nppsMinIndx_64f

@Cast(value="NppStatus")
public static int nppsMinIndx_64f(@Cast(value="const Npp64f*")
                            DoublePointer pSrc,
                            int nLength,
                            @Cast(value="Npp64f*")
                            DoublePointer pMin,
                            IntPointer pIndx,
                            @Cast(value="Npp8u*")
                            BytePointer pDeviceBuffer)

64-bit float vector min index method \param pSrc \ref source_signal_pointer. \param nLength \ref length_specification. \param pMin Pointer to the output result. \param pIndx Pointer to the index value of the first minimum element. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsMinIndxGetBufferSize_64f to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMinIndx_64f

@Cast(value="NppStatus")
public static int nppsMinIndx_64f(@Cast(value="const Npp64f*")
                            DoubleBuffer pSrc,
                            int nLength,
                            @Cast(value="Npp64f*")
                            DoubleBuffer pMin,
                            IntBuffer pIndx,
                            @Cast(value="Npp8u*")
                            ByteBuffer pDeviceBuffer)

nppsMinIndx_64f

@Cast(value="NppStatus")
public static int nppsMinIndx_64f(@Cast(value="const Npp64f*")
                            double[] pSrc,
                            int nLength,
                            @Cast(value="Npp64f*")
                            double[] pMin,
                            int[] pIndx,
                            @Cast(value="Npp8u*")
                            byte[] pDeviceBuffer)

nppsMinAbsGetBufferSize_16s
```
@Cast(value="NppStatus")
public static int nppsMinAbsGetBufferSize_16s(int nLength,
                                        IntPointer hpBufferSize)
```
Device scratch buffer size (in bytes) for nppsMinAbs_16s. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \ref general_scratch_buffer. \return NPP_SUCCESS

nppsMinAbsGetBufferSize_16s

@Cast(value="NppStatus")
public static int nppsMinAbsGetBufferSize_16s(int nLength,
                                        IntBuffer hpBufferSize)

nppsMinAbsGetBufferSize_16s

@Cast(value="NppStatus")
public static int nppsMinAbsGetBufferSize_16s(int nLength,
                                        int[] hpBufferSize)

nppsMinAbsGetBufferSize_32s
```
@Cast(value="NppStatus")
public static int nppsMinAbsGetBufferSize_32s(int nLength,
                                        IntPointer hpBufferSize)
```
Device scratch buffer size (in bytes) for nppsMinAbs_32s. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \ref general_scratch_buffer. \return NPP_SUCCESS

nppsMinAbsGetBufferSize_32s

@Cast(value="NppStatus")
public static int nppsMinAbsGetBufferSize_32s(int nLength,
                                        IntBuffer hpBufferSize)

nppsMinAbsGetBufferSize_32s

@Cast(value="NppStatus")
public static int nppsMinAbsGetBufferSize_32s(int nLength,
                                        int[] hpBufferSize)

nppsMinAbs_16s

@Cast(value="NppStatus")
public static int nppsMinAbs_16s(@Cast(value="const Npp16s*")
                           ShortPointer pSrc,
                           int nLength,
                           @Cast(value="Npp16s*")
                           ShortPointer pMinAbs,
                           @Cast(value="Npp8u*")
                           BytePointer pDeviceBuffer)

16-bit integer vector min absolute method \param pSrc \ref source_signal_pointer. \param nLength \ref length_specification. \param pMinAbs Pointer to the output result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsMinAbsGetBufferSize_16s to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMinAbs_16s

@Cast(value="NppStatus")
public static int nppsMinAbs_16s(@Cast(value="const Npp16s*")
                           ShortBuffer pSrc,
                           int nLength,
                           @Cast(value="Npp16s*")
                           ShortBuffer pMinAbs,
                           @Cast(value="Npp8u*")
                           ByteBuffer pDeviceBuffer)

nppsMinAbs_16s

@Cast(value="NppStatus")
public static int nppsMinAbs_16s(@Cast(value="const Npp16s*")
                           short[] pSrc,
                           int nLength,
                           @Cast(value="Npp16s*")
                           short[] pMinAbs,
                           @Cast(value="Npp8u*")
                           byte[] pDeviceBuffer)

nppsMinAbs_32s

@Cast(value="NppStatus")
public static int nppsMinAbs_32s(@Cast(value="const Npp32s*")
                           IntPointer pSrc,
                           int nLength,
                           @Cast(value="Npp32s*")
                           IntPointer pMinAbs,
                           @Cast(value="Npp8u*")
                           BytePointer pDeviceBuffer)

32-bit integer vector min absolute method \param pSrc \ref source_signal_pointer. \param nLength \ref length_specification. \param pMinAbs Pointer to the output result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsMinAbsGetBufferSize_16s to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMinAbs_32s

@Cast(value="NppStatus")
public static int nppsMinAbs_32s(@Cast(value="const Npp32s*")
                           IntBuffer pSrc,
                           int nLength,
                           @Cast(value="Npp32s*")
                           IntBuffer pMinAbs,
                           @Cast(value="Npp8u*")
                           ByteBuffer pDeviceBuffer)

nppsMinAbs_32s

@Cast(value="NppStatus")
public static int nppsMinAbs_32s(@Cast(value="const Npp32s*")
                           int[] pSrc,
                           int nLength,
                           @Cast(value="Npp32s*")
                           int[] pMinAbs,
                           @Cast(value="Npp8u*")
                           byte[] pDeviceBuffer)

nppsMinAbsIndxGetBufferSize_16s
```
@Cast(value="NppStatus")
public static int nppsMinAbsIndxGetBufferSize_16s(int nLength,
                                            IntPointer hpBufferSize)
```
Device scratch buffer size (in bytes) for nppsMinAbsIndx_16s. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \ref general_scratch_buffer. \return NPP_SUCCESS

nppsMinAbsIndxGetBufferSize_16s

@Cast(value="NppStatus")
public static int nppsMinAbsIndxGetBufferSize_16s(int nLength,
                                            IntBuffer hpBufferSize)

nppsMinAbsIndxGetBufferSize_16s

@Cast(value="NppStatus")
public static int nppsMinAbsIndxGetBufferSize_16s(int nLength,
                                            int[] hpBufferSize)

nppsMinAbsIndxGetBufferSize_32s
```
@Cast(value="NppStatus")
public static int nppsMinAbsIndxGetBufferSize_32s(int nLength,
                                            IntPointer hpBufferSize)
```
Device scratch buffer size (in bytes) for nppsMinAbsIndx_32s. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \ref general_scratch_buffer. \return NPP_SUCCESS

nppsMinAbsIndxGetBufferSize_32s

@Cast(value="NppStatus")
public static int nppsMinAbsIndxGetBufferSize_32s(int nLength,
                                            IntBuffer hpBufferSize)

nppsMinAbsIndxGetBufferSize_32s

@Cast(value="NppStatus")
public static int nppsMinAbsIndxGetBufferSize_32s(int nLength,
                                            int[] hpBufferSize)

nppsMinAbsIndx_16s

@Cast(value="NppStatus")
public static int nppsMinAbsIndx_16s(@Cast(value="const Npp16s*")
                               ShortPointer pSrc,
                               int nLength,
                               @Cast(value="Npp16s*")
                               ShortPointer pMinAbs,
                               IntPointer pIndx,
                               @Cast(value="Npp8u*")
                               BytePointer pDeviceBuffer)

16-bit integer vector min absolute index method \param pSrc \ref source_signal_pointer. \param nLength \ref length_specification. \param pMinAbs Pointer to the output result. \param pIndx Pointer to the index value of the first minimum element. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsMinAbsIndxGetBufferSize_16s to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMinAbsIndx_16s

@Cast(value="NppStatus")
public static int nppsMinAbsIndx_16s(@Cast(value="const Npp16s*")
                               ShortBuffer pSrc,
                               int nLength,
                               @Cast(value="Npp16s*")
                               ShortBuffer pMinAbs,
                               IntBuffer pIndx,
                               @Cast(value="Npp8u*")
                               ByteBuffer pDeviceBuffer)

nppsMinAbsIndx_16s

@Cast(value="NppStatus")
public static int nppsMinAbsIndx_16s(@Cast(value="const Npp16s*")
                               short[] pSrc,
                               int nLength,
                               @Cast(value="Npp16s*")
                               short[] pMinAbs,
                               int[] pIndx,
                               @Cast(value="Npp8u*")
                               byte[] pDeviceBuffer)

nppsMinAbsIndx_32s

@Cast(value="NppStatus")
public static int nppsMinAbsIndx_32s(@Cast(value="const Npp32s*")
                               IntPointer pSrc,
                               int nLength,
                               @Cast(value="Npp32s*")
                               IntPointer pMinAbs,
                               IntPointer pIndx,
                               @Cast(value="Npp8u*")
                               BytePointer pDeviceBuffer)

32-bit integer vector min absolute index method \param pSrc \ref source_signal_pointer. \param nLength \ref length_specification. \param pMinAbs Pointer to the output result. \param pIndx Pointer to the index value of the first minimum element. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsMinAbsIndxGetBufferSize_32s to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMinAbsIndx_32s

@Cast(value="NppStatus")
public static int nppsMinAbsIndx_32s(@Cast(value="const Npp32s*")
                               IntBuffer pSrc,
                               int nLength,
                               @Cast(value="Npp32s*")
                               IntBuffer pMinAbs,
                               IntBuffer pIndx,
                               @Cast(value="Npp8u*")
                               ByteBuffer pDeviceBuffer)

nppsMinAbsIndx_32s

@Cast(value="NppStatus")
public static int nppsMinAbsIndx_32s(@Cast(value="const Npp32s*")
                               int[] pSrc,
                               int nLength,
                               @Cast(value="Npp32s*")
                               int[] pMinAbs,
                               int[] pIndx,
                               @Cast(value="Npp8u*")
                               byte[] pDeviceBuffer)

nppsMeanGetBufferSize_32f
```
@Cast(value="NppStatus")
public static int nppsMeanGetBufferSize_32f(int nLength,
                                      IntPointer hpBufferSize)
```
Device scratch buffer size (in bytes) for nppsMean_32f. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \ref general_scratch_buffer. \return NPP_SUCCESS

nppsMeanGetBufferSize_32f

@Cast(value="NppStatus")
public static int nppsMeanGetBufferSize_32f(int nLength,
                                      IntBuffer hpBufferSize)

nppsMeanGetBufferSize_32f

@Cast(value="NppStatus")
public static int nppsMeanGetBufferSize_32f(int nLength,
                                      int[] hpBufferSize)

nppsMeanGetBufferSize_32fc
```
@Cast(value="NppStatus")
public static int nppsMeanGetBufferSize_32fc(int nLength,
                                       IntPointer hpBufferSize)
```
Device scratch buffer size (in bytes) for nppsMean_32fc. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \ref general_scratch_buffer. \return NPP_SUCCESS

nppsMeanGetBufferSize_32fc

@Cast(value="NppStatus")
public static int nppsMeanGetBufferSize_32fc(int nLength,
                                       IntBuffer hpBufferSize)

nppsMeanGetBufferSize_32fc

@Cast(value="NppStatus")
public static int nppsMeanGetBufferSize_32fc(int nLength,
                                       int[] hpBufferSize)

nppsMeanGetBufferSize_64f
```
@Cast(value="NppStatus")
public static int nppsMeanGetBufferSize_64f(int nLength,
                                      IntPointer hpBufferSize)
```
Device scratch buffer size (in bytes) for nppsMean_64f. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \ref general_scratch_buffer. \return NPP_SUCCESS

nppsMeanGetBufferSize_64f

@Cast(value="NppStatus")
public static int nppsMeanGetBufferSize_64f(int nLength,
                                      IntBuffer hpBufferSize)

nppsMeanGetBufferSize_64f

@Cast(value="NppStatus")
public static int nppsMeanGetBufferSize_64f(int nLength,
                                      int[] hpBufferSize)

nppsMeanGetBufferSize_64fc
```
@Cast(value="NppStatus")
public static int nppsMeanGetBufferSize_64fc(int nLength,
                                       IntPointer hpBufferSize)
```
Device scratch buffer size (in bytes) for nppsMean_64fc. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \ref general_scratch_buffer. \return NPP_SUCCESS

nppsMeanGetBufferSize_64fc

@Cast(value="NppStatus")
public static int nppsMeanGetBufferSize_64fc(int nLength,
                                       IntBuffer hpBufferSize)

nppsMeanGetBufferSize_64fc

@Cast(value="NppStatus")
public static int nppsMeanGetBufferSize_64fc(int nLength,
                                       int[] hpBufferSize)

nppsMeanGetBufferSize_16s_Sfs
```
@Cast(value="NppStatus")
public static int nppsMeanGetBufferSize_16s_Sfs(int nLength,
                                          IntPointer hpBufferSize)
```
Device scratch buffer size (in bytes) for nppsMean_16s_Sfs. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \ref general_scratch_buffer. \return NPP_SUCCESS

nppsMeanGetBufferSize_16s_Sfs

@Cast(value="NppStatus")
public static int nppsMeanGetBufferSize_16s_Sfs(int nLength,
                                          IntBuffer hpBufferSize)

nppsMeanGetBufferSize_16s_Sfs

@Cast(value="NppStatus")
public static int nppsMeanGetBufferSize_16s_Sfs(int nLength,
                                          int[] hpBufferSize)

nppsMeanGetBufferSize_32s_Sfs
```
@Cast(value="NppStatus")
public static int nppsMeanGetBufferSize_32s_Sfs(int nLength,
                                          IntPointer hpBufferSize)
```
Device scratch buffer size (in bytes) for nppsMean_32s_Sfs. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \ref general_scratch_buffer. \return NPP_SUCCESS

nppsMeanGetBufferSize_32s_Sfs

@Cast(value="NppStatus")
public static int nppsMeanGetBufferSize_32s_Sfs(int nLength,
                                          IntBuffer hpBufferSize)

nppsMeanGetBufferSize_32s_Sfs

@Cast(value="NppStatus")
public static int nppsMeanGetBufferSize_32s_Sfs(int nLength,
                                          int[] hpBufferSize)

nppsMeanGetBufferSize_16sc_Sfs
```
@Cast(value="NppStatus")
public static int nppsMeanGetBufferSize_16sc_Sfs(int nLength,
                                           IntPointer hpBufferSize)
```
Device scratch buffer size (in bytes) for nppsMean_16sc_Sfs. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \ref general_scratch_buffer. \return NPP_SUCCESS

nppsMeanGetBufferSize_16sc_Sfs

@Cast(value="NppStatus")
public static int nppsMeanGetBufferSize_16sc_Sfs(int nLength,
                                           IntBuffer hpBufferSize)

nppsMeanGetBufferSize_16sc_Sfs

@Cast(value="NppStatus")
public static int nppsMeanGetBufferSize_16sc_Sfs(int nLength,
                                           int[] hpBufferSize)

nppsMean_32f

@Cast(value="NppStatus")
public static int nppsMean_32f(@Cast(value="const Npp32f*")
                         FloatPointer pSrc,
                         int nLength,
                         @Cast(value="Npp32f*")
                         FloatPointer pMean,
                         @Cast(value="Npp8u*")
                         BytePointer pDeviceBuffer)

32-bit float vector mean method \param pSrc \ref source_signal_pointer. \param nLength \ref length_specification. \param pMean Pointer to the output result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsMeanGetBufferSize_32f to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMean_32f

@Cast(value="NppStatus")
public static int nppsMean_32f(@Cast(value="const Npp32f*")
                         FloatBuffer pSrc,
                         int nLength,
                         @Cast(value="Npp32f*")
                         FloatBuffer pMean,
                         @Cast(value="Npp8u*")
                         ByteBuffer pDeviceBuffer)

nppsMean_32f

@Cast(value="NppStatus")
public static int nppsMean_32f(@Cast(value="const Npp32f*")
                         float[] pSrc,
                         int nLength,
                         @Cast(value="Npp32f*")
                         float[] pMean,
                         @Cast(value="Npp8u*")
                         byte[] pDeviceBuffer)

nppsMean_32fc
```
@Cast(value="NppStatus")
public static int nppsMean_32fc(@Const
                          nppc.Npp32fc pSrc,
                          int nLength,
                          nppc.Npp32fc pMean,
                          @Cast(value="Npp8u*")
                          BytePointer pDeviceBuffer)
```
32-bit float complex vector mean method \param pSrc \ref source_signal_pointer. \param nLength \ref length_specification. \param pMean Pointer to the output result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsMeanGetBufferSize_32fc to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMean_32fc

@Cast(value="NppStatus")
public static int nppsMean_32fc(@Const
                          nppc.Npp32fc pSrc,
                          int nLength,
                          nppc.Npp32fc pMean,
                          @Cast(value="Npp8u*")
                          ByteBuffer pDeviceBuffer)

nppsMean_32fc

@Cast(value="NppStatus")
public static int nppsMean_32fc(@Const
                          nppc.Npp32fc pSrc,
                          int nLength,
                          nppc.Npp32fc pMean,
                          @Cast(value="Npp8u*")
                          byte[] pDeviceBuffer)

nppsMean_64f

@Cast(value="NppStatus")
public static int nppsMean_64f(@Cast(value="const Npp64f*")
                         DoublePointer pSrc,
                         int nLength,
                         @Cast(value="Npp64f*")
                         DoublePointer pMean,
                         @Cast(value="Npp8u*")
                         BytePointer pDeviceBuffer)

64-bit double vector mean method \param pSrc \ref source_signal_pointer. \param nLength \ref length_specification. \param pMean Pointer to the output result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsMeanGetBufferSize_64f to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMean_64f

@Cast(value="NppStatus")
public static int nppsMean_64f(@Cast(value="const Npp64f*")
                         DoubleBuffer pSrc,
                         int nLength,
                         @Cast(value="Npp64f*")
                         DoubleBuffer pMean,
                         @Cast(value="Npp8u*")
                         ByteBuffer pDeviceBuffer)

nppsMean_64f

@Cast(value="NppStatus")
public static int nppsMean_64f(@Cast(value="const Npp64f*")
                         double[] pSrc,
                         int nLength,
                         @Cast(value="Npp64f*")
                         double[] pMean,
                         @Cast(value="Npp8u*")
                         byte[] pDeviceBuffer)

nppsMean_64fc
```
@Cast(value="NppStatus")
public static int nppsMean_64fc(@Const
                          nppc.Npp64fc pSrc,
                          int nLength,
                          nppc.Npp64fc pMean,
                          @Cast(value="Npp8u*")
                          BytePointer pDeviceBuffer)
```
64-bit double complex vector mean method \param pSrc \ref source_signal_pointer. \param nLength \ref length_specification. \param pMean Pointer to the output result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsMeanGetBufferSize_64fc to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMean_64fc

@Cast(value="NppStatus")
public static int nppsMean_64fc(@Const
                          nppc.Npp64fc pSrc,
                          int nLength,
                          nppc.Npp64fc pMean,
                          @Cast(value="Npp8u*")
                          ByteBuffer pDeviceBuffer)

nppsMean_64fc

@Cast(value="NppStatus")
public static int nppsMean_64fc(@Const
                          nppc.Npp64fc pSrc,
                          int nLength,
                          nppc.Npp64fc pMean,
                          @Cast(value="Npp8u*")
                          byte[] pDeviceBuffer)

nppsMean_16s_Sfs

@Cast(value="NppStatus")
public static int nppsMean_16s_Sfs(@Cast(value="const Npp16s*")
                             ShortPointer pSrc,
                             int nLength,
                             @Cast(value="Npp16s*")
                             ShortPointer pMean,
                             int nScaleFactor,
                             @Cast(value="Npp8u*")
                             BytePointer pDeviceBuffer)

16-bit short vector mean with integer scaling method \param pSrc \ref source_signal_pointer. \param nLength \ref length_specification. \param pMean Pointer to the output result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsMeanGetBufferSize_16s_Sfs to determine the minium number of bytes required. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMean_16s_Sfs

@Cast(value="NppStatus")
public static int nppsMean_16s_Sfs(@Cast(value="const Npp16s*")
                             ShortBuffer pSrc,
                             int nLength,
                             @Cast(value="Npp16s*")
                             ShortBuffer pMean,
                             int nScaleFactor,
                             @Cast(value="Npp8u*")
                             ByteBuffer pDeviceBuffer)

nppsMean_16s_Sfs

@Cast(value="NppStatus")
public static int nppsMean_16s_Sfs(@Cast(value="const Npp16s*")
                             short[] pSrc,
                             int nLength,
                             @Cast(value="Npp16s*")
                             short[] pMean,
                             int nScaleFactor,
                             @Cast(value="Npp8u*")
                             byte[] pDeviceBuffer)

nppsMean_32s_Sfs

@Cast(value="NppStatus")
public static int nppsMean_32s_Sfs(@Cast(value="const Npp32s*")
                             IntPointer pSrc,
                             int nLength,
                             @Cast(value="Npp32s*")
                             IntPointer pMean,
                             int nScaleFactor,
                             @Cast(value="Npp8u*")
                             BytePointer pDeviceBuffer)

32-bit integer vector mean with integer scaling method \param pSrc \ref source_signal_pointer. \param nLength \ref length_specification. \param pMean Pointer to the output result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsMeanGetBufferSize_32s_Sfs to determine the minium number of bytes required. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMean_32s_Sfs

@Cast(value="NppStatus")
public static int nppsMean_32s_Sfs(@Cast(value="const Npp32s*")
                             IntBuffer pSrc,
                             int nLength,
                             @Cast(value="Npp32s*")
                             IntBuffer pMean,
                             int nScaleFactor,
                             @Cast(value="Npp8u*")
                             ByteBuffer pDeviceBuffer)

nppsMean_32s_Sfs

@Cast(value="NppStatus")
public static int nppsMean_32s_Sfs(@Cast(value="const Npp32s*")
                             int[] pSrc,
                             int nLength,
                             @Cast(value="Npp32s*")
                             int[] pMean,
                             int nScaleFactor,
                             @Cast(value="Npp8u*")
                             byte[] pDeviceBuffer)

nppsMean_16sc_Sfs
```
@Cast(value="NppStatus")
public static int nppsMean_16sc_Sfs(@Const
                              nppc.Npp16sc pSrc,
                              int nLength,
                              nppc.Npp16sc pMean,
                              int nScaleFactor,
                              @Cast(value="Npp8u*")
                              BytePointer pDeviceBuffer)
```
16-bit short complex vector mean with integer scaling method \param pSrc \ref source_signal_pointer. \param nLength \ref length_specification. \param pMean Pointer to the output result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsMeanGetBufferSize_16sc_Sfs to determine the minium number of bytes required. \param nScaleFactor \ref integer_result_scaling. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMean_16sc_Sfs

@Cast(value="NppStatus")
public static int nppsMean_16sc_Sfs(@Const
                              nppc.Npp16sc pSrc,
                              int nLength,
                              nppc.Npp16sc pMean,
                              int nScaleFactor,
                              @Cast(value="Npp8u*")
                              ByteBuffer pDeviceBuffer)

nppsMean_16sc_Sfs

@Cast(value="NppStatus")
public static int nppsMean_16sc_Sfs(@Const
                              nppc.Npp16sc pSrc,
                              int nLength,
                              nppc.Npp16sc pMean,
                              int nScaleFactor,
                              @Cast(value="Npp8u*")
                              byte[] pDeviceBuffer)

nppsStdDevGetBufferSize_32f
```
@Cast(value="NppStatus")
public static int nppsStdDevGetBufferSize_32f(int nLength,
                                        IntPointer hpBufferSize)
```
Device scratch buffer size (in bytes) for nppsStdDev_32f. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \ref general_scratch_buffer. \return NPP_SUCCESS

nppsStdDevGetBufferSize_32f

@Cast(value="NppStatus")
public static int nppsStdDevGetBufferSize_32f(int nLength,
                                        IntBuffer hpBufferSize)

nppsStdDevGetBufferSize_32f

@Cast(value="NppStatus")
public static int nppsStdDevGetBufferSize_32f(int nLength,
                                        int[] hpBufferSize)

nppsStdDevGetBufferSize_64f
```
@Cast(value="NppStatus")
public static int nppsStdDevGetBufferSize_64f(int nLength,
                                        IntPointer hpBufferSize)
```
Device scratch buffer size (in bytes) for nppsStdDev_64f. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \ref general_scratch_buffer. \return NPP_SUCCESS

nppsStdDevGetBufferSize_64f

@Cast(value="NppStatus")
public static int nppsStdDevGetBufferSize_64f(int nLength,
                                        IntBuffer hpBufferSize)

nppsStdDevGetBufferSize_64f

@Cast(value="NppStatus")
public static int nppsStdDevGetBufferSize_64f(int nLength,
                                        int[] hpBufferSize)

nppsStdDevGetBufferSize_16s32s_Sfs
```
@Cast(value="NppStatus")
public static int nppsStdDevGetBufferSize_16s32s_Sfs(int nLength,
                                               IntPointer hpBufferSize)
```
Device scratch buffer size (in bytes) for nppsStdDev_16s32s_Sfs. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \ref general_scratch_buffer. \return NPP_SUCCESS

nppsStdDevGetBufferSize_16s32s_Sfs

@Cast(value="NppStatus")
public static int nppsStdDevGetBufferSize_16s32s_Sfs(int nLength,
                                               IntBuffer hpBufferSize)

nppsStdDevGetBufferSize_16s32s_Sfs

@Cast(value="NppStatus")
public static int nppsStdDevGetBufferSize_16s32s_Sfs(int nLength,
                                               int[] hpBufferSize)

nppsStdDevGetBufferSize_16s_Sfs
```
@Cast(value="NppStatus")
public static int nppsStdDevGetBufferSize_16s_Sfs(int nLength,
                                            IntPointer hpBufferSize)
```
Device scratch buffer size (in bytes) for nppsStdDev_16s_Sfs. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \ref general_scratch_buffer. \return NPP_SUCCESS

nppsStdDevGetBufferSize_16s_Sfs

@Cast(value="NppStatus")
public static int nppsStdDevGetBufferSize_16s_Sfs(int nLength,
                                            IntBuffer hpBufferSize)

nppsStdDevGetBufferSize_16s_Sfs

@Cast(value="NppStatus")
public static int nppsStdDevGetBufferSize_16s_Sfs(int nLength,
                                            int[] hpBufferSize)

nppsStdDev_32f

@Cast(value="NppStatus")
public static int nppsStdDev_32f(@Cast(value="const Npp32f*")
                           FloatPointer pSrc,
                           int nLength,
                           @Cast(value="Npp32f*")
                           FloatPointer pStdDev,
                           @Cast(value="Npp8u*")
                           BytePointer pDeviceBuffer)

32-bit float vector standard deviation method \param pSrc \ref source_signal_pointer. \param nLength \ref length_specification. \param pStdDev Pointer to the output result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsStdDevGetBufferSize_32f to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsStdDev_32f

@Cast(value="NppStatus")
public static int nppsStdDev_32f(@Cast(value="const Npp32f*")
                           FloatBuffer pSrc,
                           int nLength,
                           @Cast(value="Npp32f*")
                           FloatBuffer pStdDev,
                           @Cast(value="Npp8u*")
                           ByteBuffer pDeviceBuffer)

nppsStdDev_32f

@Cast(value="NppStatus")
public static int nppsStdDev_32f(@Cast(value="const Npp32f*")
                           float[] pSrc,
                           int nLength,
                           @Cast(value="Npp32f*")
                           float[] pStdDev,
                           @Cast(value="Npp8u*")
                           byte[] pDeviceBuffer)

nppsStdDev_64f

@Cast(value="NppStatus")
public static int nppsStdDev_64f(@Cast(value="const Npp64f*")
                           DoublePointer pSrc,
                           int nLength,
                           @Cast(value="Npp64f*")
                           DoublePointer pStdDev,
                           @Cast(value="Npp8u*")
                           BytePointer pDeviceBuffer)

64-bit float vector standard deviation method \param pSrc \ref source_signal_pointer. \param nLength \ref length_specification. \param pStdDev Pointer to the output result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsStdDevGetBufferSize_64f to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsStdDev_64f

@Cast(value="NppStatus")
public static int nppsStdDev_64f(@Cast(value="const Npp64f*")
                           DoubleBuffer pSrc,
                           int nLength,
                           @Cast(value="Npp64f*")
                           DoubleBuffer pStdDev,
                           @Cast(value="Npp8u*")
                           ByteBuffer pDeviceBuffer)

nppsStdDev_64f

@Cast(value="NppStatus")
public static int nppsStdDev_64f(@Cast(value="const Npp64f*")
                           double[] pSrc,
                           int nLength,
                           @Cast(value="Npp64f*")
                           double[] pStdDev,
                           @Cast(value="Npp8u*")
                           byte[] pDeviceBuffer)

nppsStdDev_16s32s_Sfs

@Cast(value="NppStatus")
public static int nppsStdDev_16s32s_Sfs(@Cast(value="const Npp16s*")
                                  ShortPointer pSrc,
                                  int nLength,
                                  @Cast(value="Npp32s*")
                                  IntPointer pStdDev,
                                  int nScaleFactor,
                                  @Cast(value="Npp8u*")
                                  BytePointer pDeviceBuffer)

16-bit float vector standard deviation method (return value is 32-bit) \param pSrc \ref source_signal_pointer. \param nLength \ref length_specification. \param pStdDev Pointer to the output result. \param nScaleFactor \ref integer_result_scaling. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsStdDevGetBufferSize_16s32s_Sfs to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsStdDev_16s32s_Sfs

@Cast(value="NppStatus")
public static int nppsStdDev_16s32s_Sfs(@Cast(value="const Npp16s*")
                                  ShortBuffer pSrc,
                                  int nLength,
                                  @Cast(value="Npp32s*")
                                  IntBuffer pStdDev,
                                  int nScaleFactor,
                                  @Cast(value="Npp8u*")
                                  ByteBuffer pDeviceBuffer)

nppsStdDev_16s32s_Sfs

@Cast(value="NppStatus")
public static int nppsStdDev_16s32s_Sfs(@Cast(value="const Npp16s*")
                                  short[] pSrc,
                                  int nLength,
                                  @Cast(value="Npp32s*")
                                  int[] pStdDev,
                                  int nScaleFactor,
                                  @Cast(value="Npp8u*")
                                  byte[] pDeviceBuffer)

nppsStdDev_16s_Sfs

@Cast(value="NppStatus")
public static int nppsStdDev_16s_Sfs(@Cast(value="const Npp16s*")
                               ShortPointer pSrc,
                               int nLength,
                               @Cast(value="Npp16s*")
                               ShortPointer pStdDev,
                               int nScaleFactor,
                               @Cast(value="Npp8u*")
                               BytePointer pDeviceBuffer)

16-bit float vector standard deviation method (return value is also 16-bit) \param pSrc \ref source_signal_pointer. \param nLength \ref length_specification. \param pStdDev Pointer to the output result. \param nScaleFactor \ref integer_result_scaling. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsStdDevGetBufferSize_16s_Sfs to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsStdDev_16s_Sfs

@Cast(value="NppStatus")
public static int nppsStdDev_16s_Sfs(@Cast(value="const Npp16s*")
                               ShortBuffer pSrc,
                               int nLength,
                               @Cast(value="Npp16s*")
                               ShortBuffer pStdDev,
                               int nScaleFactor,
                               @Cast(value="Npp8u*")
                               ByteBuffer pDeviceBuffer)

nppsStdDev_16s_Sfs

@Cast(value="NppStatus")
public static int nppsStdDev_16s_Sfs(@Cast(value="const Npp16s*")
                               short[] pSrc,
                               int nLength,
                               @Cast(value="Npp16s*")
                               short[] pStdDev,
                               int nScaleFactor,
                               @Cast(value="Npp8u*")
                               byte[] pDeviceBuffer)

nppsMeanStdDevGetBufferSize_32f
```
@Cast(value="NppStatus")
public static int nppsMeanStdDevGetBufferSize_32f(int nLength,
                                            IntPointer hpBufferSize)
```
Device scratch buffer size (in bytes) for nppsMeanStdDev_32f. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \ref general_scratch_buffer. \return NPP_SUCCESS

nppsMeanStdDevGetBufferSize_32f

@Cast(value="NppStatus")
public static int nppsMeanStdDevGetBufferSize_32f(int nLength,
                                            IntBuffer hpBufferSize)

nppsMeanStdDevGetBufferSize_32f

@Cast(value="NppStatus")
public static int nppsMeanStdDevGetBufferSize_32f(int nLength,
                                            int[] hpBufferSize)

nppsMeanStdDevGetBufferSize_64f
```
@Cast(value="NppStatus")
public static int nppsMeanStdDevGetBufferSize_64f(int nLength,
                                            IntPointer hpBufferSize)
```
Device scratch buffer size (in bytes) for nppsMeanStdDev_64f. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \ref general_scratch_buffer. \return NPP_SUCCESS

nppsMeanStdDevGetBufferSize_64f

@Cast(value="NppStatus")
public static int nppsMeanStdDevGetBufferSize_64f(int nLength,
                                            IntBuffer hpBufferSize)

nppsMeanStdDevGetBufferSize_64f

@Cast(value="NppStatus")
public static int nppsMeanStdDevGetBufferSize_64f(int nLength,
                                            int[] hpBufferSize)

nppsMeanStdDevGetBufferSize_16s32s_Sfs
```
@Cast(value="NppStatus")
public static int nppsMeanStdDevGetBufferSize_16s32s_Sfs(int nLength,
                                                   IntPointer hpBufferSize)
```
Device scratch buffer size (in bytes) for nppsMeanStdDev_16s32s_Sfs. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \ref general_scratch_buffer. \return NPP_SUCCESS

nppsMeanStdDevGetBufferSize_16s32s_Sfs

@Cast(value="NppStatus")
public static int nppsMeanStdDevGetBufferSize_16s32s_Sfs(int nLength,
                                                   IntBuffer hpBufferSize)

nppsMeanStdDevGetBufferSize_16s32s_Sfs

@Cast(value="NppStatus")
public static int nppsMeanStdDevGetBufferSize_16s32s_Sfs(int nLength,
                                                   int[] hpBufferSize)

nppsMeanStdDevGetBufferSize_16s_Sfs
```
@Cast(value="NppStatus")
public static int nppsMeanStdDevGetBufferSize_16s_Sfs(int nLength,
                                                IntPointer hpBufferSize)
```
Device scratch buffer size (in bytes) for nppsMeanStdDev_16s_Sfs. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \ref general_scratch_buffer. \return NPP_SUCCESS

nppsMeanStdDevGetBufferSize_16s_Sfs

@Cast(value="NppStatus")
public static int nppsMeanStdDevGetBufferSize_16s_Sfs(int nLength,
                                                IntBuffer hpBufferSize)

nppsMeanStdDevGetBufferSize_16s_Sfs

@Cast(value="NppStatus")
public static int nppsMeanStdDevGetBufferSize_16s_Sfs(int nLength,
                                                int[] hpBufferSize)

nppsMeanStdDev_32f

@Cast(value="NppStatus")
public static int nppsMeanStdDev_32f(@Cast(value="const Npp32f*")
                               FloatPointer pSrc,
                               int nLength,
                               @Cast(value="Npp32f*")
                               FloatPointer pMean,
                               @Cast(value="Npp32f*")
                               FloatPointer pStdDev,
                               @Cast(value="Npp8u*")
                               BytePointer pDeviceBuffer)

32-bit float vector mean and standard deviation method \param pSrc \ref source_signal_pointer. \param nLength \ref length_specification. \param pMean Pointer to the output mean value. \param pStdDev Pointer to the output standard deviation value. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsMeanStdDevGetBufferSize_32f to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMeanStdDev_32f

@Cast(value="NppStatus")
public static int nppsMeanStdDev_32f(@Cast(value="const Npp32f*")
                               FloatBuffer pSrc,
                               int nLength,
                               @Cast(value="Npp32f*")
                               FloatBuffer pMean,
                               @Cast(value="Npp32f*")
                               FloatBuffer pStdDev,
                               @Cast(value="Npp8u*")
                               ByteBuffer pDeviceBuffer)

nppsMeanStdDev_32f

@Cast(value="NppStatus")
public static int nppsMeanStdDev_32f(@Cast(value="const Npp32f*")
                               float[] pSrc,
                               int nLength,
                               @Cast(value="Npp32f*")
                               float[] pMean,
                               @Cast(value="Npp32f*")
                               float[] pStdDev,
                               @Cast(value="Npp8u*")
                               byte[] pDeviceBuffer)

nppsMeanStdDev_64f

@Cast(value="NppStatus")
public static int nppsMeanStdDev_64f(@Cast(value="const Npp64f*")
                               DoublePointer pSrc,
                               int nLength,
                               @Cast(value="Npp64f*")
                               DoublePointer pMean,
                               @Cast(value="Npp64f*")
                               DoublePointer pStdDev,
                               @Cast(value="Npp8u*")
                               BytePointer pDeviceBuffer)

64-bit float vector mean and standard deviation method \param pSrc \ref source_signal_pointer. \param nLength \ref length_specification. \param pMean Pointer to the output mean value. \param pStdDev Pointer to the output standard deviation value. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsMeanStdDevGetBufferSize_64f to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMeanStdDev_64f

@Cast(value="NppStatus")
public static int nppsMeanStdDev_64f(@Cast(value="const Npp64f*")
                               DoubleBuffer pSrc,
                               int nLength,
                               @Cast(value="Npp64f*")
                               DoubleBuffer pMean,
                               @Cast(value="Npp64f*")
                               DoubleBuffer pStdDev,
                               @Cast(value="Npp8u*")
                               ByteBuffer pDeviceBuffer)

nppsMeanStdDev_64f

@Cast(value="NppStatus")
public static int nppsMeanStdDev_64f(@Cast(value="const Npp64f*")
                               double[] pSrc,
                               int nLength,
                               @Cast(value="Npp64f*")
                               double[] pMean,
                               @Cast(value="Npp64f*")
                               double[] pStdDev,
                               @Cast(value="Npp8u*")
                               byte[] pDeviceBuffer)

nppsMeanStdDev_16s32s_Sfs

@Cast(value="NppStatus")
public static int nppsMeanStdDev_16s32s_Sfs(@Cast(value="const Npp16s*")
                                      ShortPointer pSrc,
                                      int nLength,
                                      @Cast(value="Npp32s*")
                                      IntPointer pMean,
                                      @Cast(value="Npp32s*")
                                      IntPointer pStdDev,
                                      int nScaleFactor,
                                      @Cast(value="Npp8u*")
                                      BytePointer pDeviceBuffer)

16-bit float vector mean and standard deviation method (return values are 32-bit) \param pSrc \ref source_signal_pointer. \param nLength \ref length_specification. \param pMean Pointer to the output mean value. \param pStdDev Pointer to the output standard deviation value. \param nScaleFactor \ref integer_result_scaling. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsMeanStdDevGetBufferSize_16s32s_Sfs to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMeanStdDev_16s32s_Sfs

@Cast(value="NppStatus")
public static int nppsMeanStdDev_16s32s_Sfs(@Cast(value="const Npp16s*")
                                      ShortBuffer pSrc,
                                      int nLength,
                                      @Cast(value="Npp32s*")
                                      IntBuffer pMean,
                                      @Cast(value="Npp32s*")
                                      IntBuffer pStdDev,
                                      int nScaleFactor,
                                      @Cast(value="Npp8u*")
                                      ByteBuffer pDeviceBuffer)

nppsMeanStdDev_16s32s_Sfs

@Cast(value="NppStatus")
public static int nppsMeanStdDev_16s32s_Sfs(@Cast(value="const Npp16s*")
                                      short[] pSrc,
                                      int nLength,
                                      @Cast(value="Npp32s*")
                                      int[] pMean,
                                      @Cast(value="Npp32s*")
                                      int[] pStdDev,
                                      int nScaleFactor,
                                      @Cast(value="Npp8u*")
                                      byte[] pDeviceBuffer)

nppsMeanStdDev_16s_Sfs

@Cast(value="NppStatus")
public static int nppsMeanStdDev_16s_Sfs(@Cast(value="const Npp16s*")
                                   ShortPointer pSrc,
                                   int nLength,
                                   @Cast(value="Npp16s*")
                                   ShortPointer pMean,
                                   @Cast(value="Npp16s*")
                                   ShortPointer pStdDev,
                                   int nScaleFactor,
                                   @Cast(value="Npp8u*")
                                   BytePointer pDeviceBuffer)

16-bit float vector mean and standard deviation method (return values are also 16-bit) \param pSrc \ref source_signal_pointer. \param nLength \ref length_specification. \param pMean Pointer to the output mean value. \param pStdDev Pointer to the output standard deviation value. \param nScaleFactor \ref integer_result_scaling. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsMeanStdDevGetBufferSize_16s_Sfs to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMeanStdDev_16s_Sfs

@Cast(value="NppStatus")
public static int nppsMeanStdDev_16s_Sfs(@Cast(value="const Npp16s*")
                                   ShortBuffer pSrc,
                                   int nLength,
                                   @Cast(value="Npp16s*")
                                   ShortBuffer pMean,
                                   @Cast(value="Npp16s*")
                                   ShortBuffer pStdDev,
                                   int nScaleFactor,
                                   @Cast(value="Npp8u*")
                                   ByteBuffer pDeviceBuffer)

nppsMeanStdDev_16s_Sfs

@Cast(value="NppStatus")
public static int nppsMeanStdDev_16s_Sfs(@Cast(value="const Npp16s*")
                                   short[] pSrc,
                                   int nLength,
                                   @Cast(value="Npp16s*")
                                   short[] pMean,
                                   @Cast(value="Npp16s*")
                                   short[] pStdDev,
                                   int nScaleFactor,
                                   @Cast(value="Npp8u*")
                                   byte[] pDeviceBuffer)

nppsMinMaxGetBufferSize_8u
```
@Cast(value="NppStatus")
public static int nppsMinMaxGetBufferSize_8u(int nLength,
                                       IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsMinMax_8u. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsMinMaxGetBufferSize_8u

@Cast(value="NppStatus")
public static int nppsMinMaxGetBufferSize_8u(int nLength,
                                       IntBuffer hpBufferSize)

nppsMinMaxGetBufferSize_8u

@Cast(value="NppStatus")
public static int nppsMinMaxGetBufferSize_8u(int nLength,
                                       int[] hpBufferSize)

nppsMinMaxGetBufferSize_16s
```
@Cast(value="NppStatus")
public static int nppsMinMaxGetBufferSize_16s(int nLength,
                                        IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsMinMax_16s. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsMinMaxGetBufferSize_16s

@Cast(value="NppStatus")
public static int nppsMinMaxGetBufferSize_16s(int nLength,
                                        IntBuffer hpBufferSize)

nppsMinMaxGetBufferSize_16s

@Cast(value="NppStatus")
public static int nppsMinMaxGetBufferSize_16s(int nLength,
                                        int[] hpBufferSize)

nppsMinMaxGetBufferSize_16u
```
@Cast(value="NppStatus")
public static int nppsMinMaxGetBufferSize_16u(int nLength,
                                        IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsMinMax_16u. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsMinMaxGetBufferSize_16u

@Cast(value="NppStatus")
public static int nppsMinMaxGetBufferSize_16u(int nLength,
                                        IntBuffer hpBufferSize)

nppsMinMaxGetBufferSize_16u

@Cast(value="NppStatus")
public static int nppsMinMaxGetBufferSize_16u(int nLength,
                                        int[] hpBufferSize)

nppsMinMaxGetBufferSize_32s
```
@Cast(value="NppStatus")
public static int nppsMinMaxGetBufferSize_32s(int nLength,
                                        IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsMinMax_32s. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsMinMaxGetBufferSize_32s

@Cast(value="NppStatus")
public static int nppsMinMaxGetBufferSize_32s(int nLength,
                                        IntBuffer hpBufferSize)

nppsMinMaxGetBufferSize_32s

@Cast(value="NppStatus")
public static int nppsMinMaxGetBufferSize_32s(int nLength,
                                        int[] hpBufferSize)

nppsMinMaxGetBufferSize_32u
```
@Cast(value="NppStatus")
public static int nppsMinMaxGetBufferSize_32u(int nLength,
                                        IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsMinMax_32u. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsMinMaxGetBufferSize_32u

@Cast(value="NppStatus")
public static int nppsMinMaxGetBufferSize_32u(int nLength,
                                        IntBuffer hpBufferSize)

nppsMinMaxGetBufferSize_32u

@Cast(value="NppStatus")
public static int nppsMinMaxGetBufferSize_32u(int nLength,
                                        int[] hpBufferSize)

nppsMinMaxGetBufferSize_32f
```
@Cast(value="NppStatus")
public static int nppsMinMaxGetBufferSize_32f(int nLength,
                                        IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsMinMax_32f. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsMinMaxGetBufferSize_32f

@Cast(value="NppStatus")
public static int nppsMinMaxGetBufferSize_32f(int nLength,
                                        IntBuffer hpBufferSize)

nppsMinMaxGetBufferSize_32f

@Cast(value="NppStatus")
public static int nppsMinMaxGetBufferSize_32f(int nLength,
                                        int[] hpBufferSize)

nppsMinMaxGetBufferSize_64f
```
@Cast(value="NppStatus")
public static int nppsMinMaxGetBufferSize_64f(int nLength,
                                        IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsMinMax_64f. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsMinMaxGetBufferSize_64f

@Cast(value="NppStatus")
public static int nppsMinMaxGetBufferSize_64f(int nLength,
                                        IntBuffer hpBufferSize)

nppsMinMaxGetBufferSize_64f

@Cast(value="NppStatus")
public static int nppsMinMaxGetBufferSize_64f(int nLength,
                                        int[] hpBufferSize)

nppsMinMax_8u

@Cast(value="NppStatus")
public static int nppsMinMax_8u(@Cast(value="const Npp8u*")
                          BytePointer pSrc,
                          int nLength,
                          @Cast(value="Npp8u*")
                          BytePointer pMin,
                          @Cast(value="Npp8u*")
                          BytePointer pMax,
                          @Cast(value="Npp8u*")
                          BytePointer pDeviceBuffer)

8-bit char vector min and max method \param pSrc \ref source_signal_pointer. \param nLength \ref length_specification. \param pMin Pointer to the min output result. \param pMax Pointer to the max output result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsMinMaxGetBufferSize_8u to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMinMax_8u

@Cast(value="NppStatus")
public static int nppsMinMax_8u(@Cast(value="const Npp8u*")
                          ByteBuffer pSrc,
                          int nLength,
                          @Cast(value="Npp8u*")
                          ByteBuffer pMin,
                          @Cast(value="Npp8u*")
                          ByteBuffer pMax,
                          @Cast(value="Npp8u*")
                          ByteBuffer pDeviceBuffer)

nppsMinMax_8u

@Cast(value="NppStatus")
public static int nppsMinMax_8u(@Cast(value="const Npp8u*")
                          byte[] pSrc,
                          int nLength,
                          @Cast(value="Npp8u*")
                          byte[] pMin,
                          @Cast(value="Npp8u*")
                          byte[] pMax,
                          @Cast(value="Npp8u*")
                          byte[] pDeviceBuffer)

nppsMinMax_16s

@Cast(value="NppStatus")
public static int nppsMinMax_16s(@Cast(value="const Npp16s*")
                           ShortPointer pSrc,
                           int nLength,
                           @Cast(value="Npp16s*")
                           ShortPointer pMin,
                           @Cast(value="Npp16s*")
                           ShortPointer pMax,
                           @Cast(value="Npp8u*")
                           BytePointer pDeviceBuffer)

16-bit signed short vector min and max method \param pSrc \ref source_signal_pointer. \param nLength \ref length_specification. \param pMin Pointer to the min output result. \param pMax Pointer to the max output result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsMinMaxGetBufferSize_16s to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMinMax_16s

@Cast(value="NppStatus")
public static int nppsMinMax_16s(@Cast(value="const Npp16s*")
                           ShortBuffer pSrc,
                           int nLength,
                           @Cast(value="Npp16s*")
                           ShortBuffer pMin,
                           @Cast(value="Npp16s*")
                           ShortBuffer pMax,
                           @Cast(value="Npp8u*")
                           ByteBuffer pDeviceBuffer)

nppsMinMax_16s

@Cast(value="NppStatus")
public static int nppsMinMax_16s(@Cast(value="const Npp16s*")
                           short[] pSrc,
                           int nLength,
                           @Cast(value="Npp16s*")
                           short[] pMin,
                           @Cast(value="Npp16s*")
                           short[] pMax,
                           @Cast(value="Npp8u*")
                           byte[] pDeviceBuffer)

nppsMinMax_16u

@Cast(value="NppStatus")
public static int nppsMinMax_16u(@Cast(value="const Npp16u*")
                           ShortPointer pSrc,
                           int nLength,
                           @Cast(value="Npp16u*")
                           ShortPointer pMin,
                           @Cast(value="Npp16u*")
                           ShortPointer pMax,
                           @Cast(value="Npp8u*")
                           BytePointer pDeviceBuffer)

16-bit unsigned short vector min and max method \param pSrc \ref source_signal_pointer. \param nLength \ref length_specification. \param pMin Pointer to the min output result. \param pMax Pointer to the max output result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsMinMaxGetBufferSize_16u to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMinMax_16u

@Cast(value="NppStatus")
public static int nppsMinMax_16u(@Cast(value="const Npp16u*")
                           ShortBuffer pSrc,
                           int nLength,
                           @Cast(value="Npp16u*")
                           ShortBuffer pMin,
                           @Cast(value="Npp16u*")
                           ShortBuffer pMax,
                           @Cast(value="Npp8u*")
                           ByteBuffer pDeviceBuffer)

nppsMinMax_16u

@Cast(value="NppStatus")
public static int nppsMinMax_16u(@Cast(value="const Npp16u*")
                           short[] pSrc,
                           int nLength,
                           @Cast(value="Npp16u*")
                           short[] pMin,
                           @Cast(value="Npp16u*")
                           short[] pMax,
                           @Cast(value="Npp8u*")
                           byte[] pDeviceBuffer)

nppsMinMax_32u

@Cast(value="NppStatus")
public static int nppsMinMax_32u(@Cast(value="const Npp32u*")
                           IntPointer pSrc,
                           int nLength,
                           @Cast(value="Npp32u*")
                           IntPointer pMin,
                           @Cast(value="Npp32u*")
                           IntPointer pMax,
                           @Cast(value="Npp8u*")
                           BytePointer pDeviceBuffer)

32-bit unsigned int vector min and max method \param pSrc \ref source_signal_pointer. \param nLength \ref length_specification. \param pMin Pointer to the min output result. \param pMax Pointer to the max output result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsMinMaxGetBufferSize_32u to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMinMax_32u

@Cast(value="NppStatus")
public static int nppsMinMax_32u(@Cast(value="const Npp32u*")
                           IntBuffer pSrc,
                           int nLength,
                           @Cast(value="Npp32u*")
                           IntBuffer pMin,
                           @Cast(value="Npp32u*")
                           IntBuffer pMax,
                           @Cast(value="Npp8u*")
                           ByteBuffer pDeviceBuffer)

nppsMinMax_32u

@Cast(value="NppStatus")
public static int nppsMinMax_32u(@Cast(value="const Npp32u*")
                           int[] pSrc,
                           int nLength,
                           @Cast(value="Npp32u*")
                           int[] pMin,
                           @Cast(value="Npp32u*")
                           int[] pMax,
                           @Cast(value="Npp8u*")
                           byte[] pDeviceBuffer)

nppsMinMax_32s

@Cast(value="NppStatus")
public static int nppsMinMax_32s(@Cast(value="const Npp32s*")
                           IntPointer pSrc,
                           int nLength,
                           @Cast(value="Npp32s*")
                           IntPointer pMin,
                           @Cast(value="Npp32s*")
                           IntPointer pMax,
                           @Cast(value="Npp8u*")
                           BytePointer pDeviceBuffer)

32-bit signed int vector min and max method \param pSrc \ref source_signal_pointer. \param nLength \ref length_specification. \param pMin Pointer to the min output result. \param pMax Pointer to the max output result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsMinMaxGetBufferSize_32s to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMinMax_32s

@Cast(value="NppStatus")
public static int nppsMinMax_32s(@Cast(value="const Npp32s*")
                           IntBuffer pSrc,
                           int nLength,
                           @Cast(value="Npp32s*")
                           IntBuffer pMin,
                           @Cast(value="Npp32s*")
                           IntBuffer pMax,
                           @Cast(value="Npp8u*")
                           ByteBuffer pDeviceBuffer)

nppsMinMax_32s

@Cast(value="NppStatus")
public static int nppsMinMax_32s(@Cast(value="const Npp32s*")
                           int[] pSrc,
                           int nLength,
                           @Cast(value="Npp32s*")
                           int[] pMin,
                           @Cast(value="Npp32s*")
                           int[] pMax,
                           @Cast(value="Npp8u*")
                           byte[] pDeviceBuffer)

nppsMinMax_32f

@Cast(value="NppStatus")
public static int nppsMinMax_32f(@Cast(value="const Npp32f*")
                           FloatPointer pSrc,
                           int nLength,
                           @Cast(value="Npp32f*")
                           FloatPointer pMin,
                           @Cast(value="Npp32f*")
                           FloatPointer pMax,
                           @Cast(value="Npp8u*")
                           BytePointer pDeviceBuffer)

32-bit float vector min and max method \param pSrc \ref source_signal_pointer. \param nLength \ref length_specification. \param pMin Pointer to the min output result. \param pMax Pointer to the max output result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsMinMaxGetBufferSize_32f to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMinMax_32f

@Cast(value="NppStatus")
public static int nppsMinMax_32f(@Cast(value="const Npp32f*")
                           FloatBuffer pSrc,
                           int nLength,
                           @Cast(value="Npp32f*")
                           FloatBuffer pMin,
                           @Cast(value="Npp32f*")
                           FloatBuffer pMax,
                           @Cast(value="Npp8u*")
                           ByteBuffer pDeviceBuffer)

nppsMinMax_32f

@Cast(value="NppStatus")
public static int nppsMinMax_32f(@Cast(value="const Npp32f*")
                           float[] pSrc,
                           int nLength,
                           @Cast(value="Npp32f*")
                           float[] pMin,
                           @Cast(value="Npp32f*")
                           float[] pMax,
                           @Cast(value="Npp8u*")
                           byte[] pDeviceBuffer)

nppsMinMax_64f

@Cast(value="NppStatus")
public static int nppsMinMax_64f(@Cast(value="const Npp64f*")
                           DoublePointer pSrc,
                           int nLength,
                           @Cast(value="Npp64f*")
                           DoublePointer pMin,
                           @Cast(value="Npp64f*")
                           DoublePointer pMax,
                           @Cast(value="Npp8u*")
                           BytePointer pDeviceBuffer)

64-bit double vector min and max method \param pSrc \ref source_signal_pointer. \param nLength \ref length_specification. \param pMin Pointer to the min output result. \param pMax Pointer to the max output result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsMinMaxGetBufferSize_64f to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMinMax_64f

@Cast(value="NppStatus")
public static int nppsMinMax_64f(@Cast(value="const Npp64f*")
                           DoubleBuffer pSrc,
                           int nLength,
                           @Cast(value="Npp64f*")
                           DoubleBuffer pMin,
                           @Cast(value="Npp64f*")
                           DoubleBuffer pMax,
                           @Cast(value="Npp8u*")
                           ByteBuffer pDeviceBuffer)

nppsMinMax_64f

@Cast(value="NppStatus")
public static int nppsMinMax_64f(@Cast(value="const Npp64f*")
                           double[] pSrc,
                           int nLength,
                           @Cast(value="Npp64f*")
                           double[] pMin,
                           @Cast(value="Npp64f*")
                           double[] pMax,
                           @Cast(value="Npp8u*")
                           byte[] pDeviceBuffer)

nppsMinMaxIndxGetBufferSize_8u
```
@Cast(value="NppStatus")
public static int nppsMinMaxIndxGetBufferSize_8u(int nLength,
                                           IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsMinMaxIndx_8u. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsMinMaxIndxGetBufferSize_8u

@Cast(value="NppStatus")
public static int nppsMinMaxIndxGetBufferSize_8u(int nLength,
                                           IntBuffer hpBufferSize)

nppsMinMaxIndxGetBufferSize_8u

@Cast(value="NppStatus")
public static int nppsMinMaxIndxGetBufferSize_8u(int nLength,
                                           int[] hpBufferSize)

nppsMinMaxIndxGetBufferSize_16s
```
@Cast(value="NppStatus")
public static int nppsMinMaxIndxGetBufferSize_16s(int nLength,
                                            IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsMinMaxIndx_16s. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsMinMaxIndxGetBufferSize_16s

@Cast(value="NppStatus")
public static int nppsMinMaxIndxGetBufferSize_16s(int nLength,
                                            IntBuffer hpBufferSize)

nppsMinMaxIndxGetBufferSize_16s

@Cast(value="NppStatus")
public static int nppsMinMaxIndxGetBufferSize_16s(int nLength,
                                            int[] hpBufferSize)

nppsMinMaxIndxGetBufferSize_16u
```
@Cast(value="NppStatus")
public static int nppsMinMaxIndxGetBufferSize_16u(int nLength,
                                            IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsMinMaxIndx_16u. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsMinMaxIndxGetBufferSize_16u

@Cast(value="NppStatus")
public static int nppsMinMaxIndxGetBufferSize_16u(int nLength,
                                            IntBuffer hpBufferSize)

nppsMinMaxIndxGetBufferSize_16u

@Cast(value="NppStatus")
public static int nppsMinMaxIndxGetBufferSize_16u(int nLength,
                                            int[] hpBufferSize)

nppsMinMaxIndxGetBufferSize_32s
```
@Cast(value="NppStatus")
public static int nppsMinMaxIndxGetBufferSize_32s(int nLength,
                                            IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsMinMaxIndx_32s. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsMinMaxIndxGetBufferSize_32s

@Cast(value="NppStatus")
public static int nppsMinMaxIndxGetBufferSize_32s(int nLength,
                                            IntBuffer hpBufferSize)

nppsMinMaxIndxGetBufferSize_32s

@Cast(value="NppStatus")
public static int nppsMinMaxIndxGetBufferSize_32s(int nLength,
                                            int[] hpBufferSize)

nppsMinMaxIndxGetBufferSize_32u
```
@Cast(value="NppStatus")
public static int nppsMinMaxIndxGetBufferSize_32u(int nLength,
                                            IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsMinMaxIndx_32u. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsMinMaxIndxGetBufferSize_32u

@Cast(value="NppStatus")
public static int nppsMinMaxIndxGetBufferSize_32u(int nLength,
                                            IntBuffer hpBufferSize)

nppsMinMaxIndxGetBufferSize_32u

@Cast(value="NppStatus")
public static int nppsMinMaxIndxGetBufferSize_32u(int nLength,
                                            int[] hpBufferSize)

nppsMinMaxIndxGetBufferSize_32f
```
@Cast(value="NppStatus")
public static int nppsMinMaxIndxGetBufferSize_32f(int nLength,
                                            IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsMinMaxIndx_32f. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsMinMaxIndxGetBufferSize_32f

@Cast(value="NppStatus")
public static int nppsMinMaxIndxGetBufferSize_32f(int nLength,
                                            IntBuffer hpBufferSize)

nppsMinMaxIndxGetBufferSize_32f

@Cast(value="NppStatus")
public static int nppsMinMaxIndxGetBufferSize_32f(int nLength,
                                            int[] hpBufferSize)

nppsMinMaxIndxGetBufferSize_64f
```
@Cast(value="NppStatus")
public static int nppsMinMaxIndxGetBufferSize_64f(int nLength,
                                            IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsMinMaxIndx_64f. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsMinMaxIndxGetBufferSize_64f

@Cast(value="NppStatus")
public static int nppsMinMaxIndxGetBufferSize_64f(int nLength,
                                            IntBuffer hpBufferSize)

nppsMinMaxIndxGetBufferSize_64f

@Cast(value="NppStatus")
public static int nppsMinMaxIndxGetBufferSize_64f(int nLength,
                                            int[] hpBufferSize)

nppsMinMaxIndx_8u

@Cast(value="NppStatus")
public static int nppsMinMaxIndx_8u(@Cast(value="const Npp8u*")
                              BytePointer pSrc,
                              int nLength,
                              @Cast(value="Npp8u*")
                              BytePointer pMin,
                              IntPointer pMinIndx,
                              @Cast(value="Npp8u*")
                              BytePointer pMax,
                              IntPointer pMaxIndx,
                              @Cast(value="Npp8u*")
                              BytePointer pDeviceBuffer)

8-bit char vector min and max with indices method \param pSrc \ref source_signal_pointer. \param nLength \ref length_specification. \param pMin Pointer to the min output result. \param pMinIndx Pointer to the index of the first min value. \param pMax Pointer to the max output result. \param pMaxIndx Pointer to the index of the first max value. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsMinMaxIndxGetBufferSize_8u to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMinMaxIndx_8u

@Cast(value="NppStatus")
public static int nppsMinMaxIndx_8u(@Cast(value="const Npp8u*")
                              ByteBuffer pSrc,
                              int nLength,
                              @Cast(value="Npp8u*")
                              ByteBuffer pMin,
                              IntBuffer pMinIndx,
                              @Cast(value="Npp8u*")
                              ByteBuffer pMax,
                              IntBuffer pMaxIndx,
                              @Cast(value="Npp8u*")
                              ByteBuffer pDeviceBuffer)

nppsMinMaxIndx_8u

@Cast(value="NppStatus")
public static int nppsMinMaxIndx_8u(@Cast(value="const Npp8u*")
                              byte[] pSrc,
                              int nLength,
                              @Cast(value="Npp8u*")
                              byte[] pMin,
                              int[] pMinIndx,
                              @Cast(value="Npp8u*")
                              byte[] pMax,
                              int[] pMaxIndx,
                              @Cast(value="Npp8u*")
                              byte[] pDeviceBuffer)

nppsMinMaxIndx_16s

@Cast(value="NppStatus")
public static int nppsMinMaxIndx_16s(@Cast(value="const Npp16s*")
                               ShortPointer pSrc,
                               int nLength,
                               @Cast(value="Npp16s*")
                               ShortPointer pMin,
                               IntPointer pMinIndx,
                               @Cast(value="Npp16s*")
                               ShortPointer pMax,
                               IntPointer pMaxIndx,
                               @Cast(value="Npp8u*")
                               BytePointer pDeviceBuffer)

16-bit signed short vector min and max with indices method \param pSrc \ref source_signal_pointer. \param nLength \ref length_specification. \param pMin Pointer to the min output result. \param pMinIndx Pointer to the index of the first min value. \param pMax Pointer to the max output result. \param pMaxIndx Pointer to the index of the first max value. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsMinMaxIndxGetBufferSize_16s to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMinMaxIndx_16s

@Cast(value="NppStatus")
public static int nppsMinMaxIndx_16s(@Cast(value="const Npp16s*")
                               ShortBuffer pSrc,
                               int nLength,
                               @Cast(value="Npp16s*")
                               ShortBuffer pMin,
                               IntBuffer pMinIndx,
                               @Cast(value="Npp16s*")
                               ShortBuffer pMax,
                               IntBuffer pMaxIndx,
                               @Cast(value="Npp8u*")
                               ByteBuffer pDeviceBuffer)

nppsMinMaxIndx_16s

@Cast(value="NppStatus")
public static int nppsMinMaxIndx_16s(@Cast(value="const Npp16s*")
                               short[] pSrc,
                               int nLength,
                               @Cast(value="Npp16s*")
                               short[] pMin,
                               int[] pMinIndx,
                               @Cast(value="Npp16s*")
                               short[] pMax,
                               int[] pMaxIndx,
                               @Cast(value="Npp8u*")
                               byte[] pDeviceBuffer)

nppsMinMaxIndx_16u

@Cast(value="NppStatus")
public static int nppsMinMaxIndx_16u(@Cast(value="const Npp16u*")
                               ShortPointer pSrc,
                               int nLength,
                               @Cast(value="Npp16u*")
                               ShortPointer pMin,
                               IntPointer pMinIndx,
                               @Cast(value="Npp16u*")
                               ShortPointer pMax,
                               IntPointer pMaxIndx,
                               @Cast(value="Npp8u*")
                               BytePointer pDeviceBuffer)

16-bit unsigned short vector min and max with indices method \param pSrc \ref source_signal_pointer. \param nLength \ref length_specification. \param pMin Pointer to the min output result. \param pMinIndx Pointer to the index of the first min value. \param pMax Pointer to the max output result. \param pMaxIndx Pointer to the index of the first max value. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsMinMaxIndxGetBufferSize_16u to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMinMaxIndx_16u

@Cast(value="NppStatus")
public static int nppsMinMaxIndx_16u(@Cast(value="const Npp16u*")
                               ShortBuffer pSrc,
                               int nLength,
                               @Cast(value="Npp16u*")
                               ShortBuffer pMin,
                               IntBuffer pMinIndx,
                               @Cast(value="Npp16u*")
                               ShortBuffer pMax,
                               IntBuffer pMaxIndx,
                               @Cast(value="Npp8u*")
                               ByteBuffer pDeviceBuffer)

nppsMinMaxIndx_16u

@Cast(value="NppStatus")
public static int nppsMinMaxIndx_16u(@Cast(value="const Npp16u*")
                               short[] pSrc,
                               int nLength,
                               @Cast(value="Npp16u*")
                               short[] pMin,
                               int[] pMinIndx,
                               @Cast(value="Npp16u*")
                               short[] pMax,
                               int[] pMaxIndx,
                               @Cast(value="Npp8u*")
                               byte[] pDeviceBuffer)

nppsMinMaxIndx_32s

@Cast(value="NppStatus")
public static int nppsMinMaxIndx_32s(@Cast(value="const Npp32s*")
                               IntPointer pSrc,
                               int nLength,
                               @Cast(value="Npp32s*")
                               IntPointer pMin,
                               IntPointer pMinIndx,
                               @Cast(value="Npp32s*")
                               IntPointer pMax,
                               IntPointer pMaxIndx,
                               @Cast(value="Npp8u*")
                               BytePointer pDeviceBuffer)

32-bit signed short vector min and max with indices method \param pSrc \ref source_signal_pointer. \param nLength \ref length_specification. \param pMin Pointer to the min output result. \param pMinIndx Pointer to the index of the first min value. \param pMax Pointer to the max output result. \param pMaxIndx Pointer to the index of the first max value. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsMinMaxIndxGetBufferSize_32s to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMinMaxIndx_32s

@Cast(value="NppStatus")
public static int nppsMinMaxIndx_32s(@Cast(value="const Npp32s*")
                               IntBuffer pSrc,
                               int nLength,
                               @Cast(value="Npp32s*")
                               IntBuffer pMin,
                               IntBuffer pMinIndx,
                               @Cast(value="Npp32s*")
                               IntBuffer pMax,
                               IntBuffer pMaxIndx,
                               @Cast(value="Npp8u*")
                               ByteBuffer pDeviceBuffer)

nppsMinMaxIndx_32s

@Cast(value="NppStatus")
public static int nppsMinMaxIndx_32s(@Cast(value="const Npp32s*")
                               int[] pSrc,
                               int nLength,
                               @Cast(value="Npp32s*")
                               int[] pMin,
                               int[] pMinIndx,
                               @Cast(value="Npp32s*")
                               int[] pMax,
                               int[] pMaxIndx,
                               @Cast(value="Npp8u*")
                               byte[] pDeviceBuffer)

nppsMinMaxIndx_32u

@Cast(value="NppStatus")
public static int nppsMinMaxIndx_32u(@Cast(value="const Npp32u*")
                               IntPointer pSrc,
                               int nLength,
                               @Cast(value="Npp32u*")
                               IntPointer pMin,
                               IntPointer pMinIndx,
                               @Cast(value="Npp32u*")
                               IntPointer pMax,
                               IntPointer pMaxIndx,
                               @Cast(value="Npp8u*")
                               BytePointer pDeviceBuffer)

32-bit unsigned short vector min and max with indices method \param pSrc \ref source_signal_pointer. \param nLength \ref length_specification. \param pMin Pointer to the min output result. \param pMinIndx Pointer to the index of the first min value. \param pMax Pointer to the max output result. \param pMaxIndx Pointer to the index of the first max value. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsMinMaxIndxGetBufferSize_32u to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMinMaxIndx_32u

@Cast(value="NppStatus")
public static int nppsMinMaxIndx_32u(@Cast(value="const Npp32u*")
                               IntBuffer pSrc,
                               int nLength,
                               @Cast(value="Npp32u*")
                               IntBuffer pMin,
                               IntBuffer pMinIndx,
                               @Cast(value="Npp32u*")
                               IntBuffer pMax,
                               IntBuffer pMaxIndx,
                               @Cast(value="Npp8u*")
                               ByteBuffer pDeviceBuffer)

nppsMinMaxIndx_32u

@Cast(value="NppStatus")
public static int nppsMinMaxIndx_32u(@Cast(value="const Npp32u*")
                               int[] pSrc,
                               int nLength,
                               @Cast(value="Npp32u*")
                               int[] pMin,
                               int[] pMinIndx,
                               @Cast(value="Npp32u*")
                               int[] pMax,
                               int[] pMaxIndx,
                               @Cast(value="Npp8u*")
                               byte[] pDeviceBuffer)

nppsMinMaxIndx_32f

@Cast(value="NppStatus")
public static int nppsMinMaxIndx_32f(@Cast(value="const Npp32f*")
                               FloatPointer pSrc,
                               int nLength,
                               @Cast(value="Npp32f*")
                               FloatPointer pMin,
                               IntPointer pMinIndx,
                               @Cast(value="Npp32f*")
                               FloatPointer pMax,
                               IntPointer pMaxIndx,
                               @Cast(value="Npp8u*")
                               BytePointer pDeviceBuffer)

32-bit float vector min and max with indices method \param pSrc \ref source_signal_pointer. \param nLength \ref length_specification. \param pMin Pointer to the min output result. \param pMinIndx Pointer to the index of the first min value. \param pMax Pointer to the max output result. \param pMaxIndx Pointer to the index of the first max value. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsMinMaxIndxGetBufferSize_32f to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMinMaxIndx_32f

@Cast(value="NppStatus")
public static int nppsMinMaxIndx_32f(@Cast(value="const Npp32f*")
                               FloatBuffer pSrc,
                               int nLength,
                               @Cast(value="Npp32f*")
                               FloatBuffer pMin,
                               IntBuffer pMinIndx,
                               @Cast(value="Npp32f*")
                               FloatBuffer pMax,
                               IntBuffer pMaxIndx,
                               @Cast(value="Npp8u*")
                               ByteBuffer pDeviceBuffer)

nppsMinMaxIndx_32f

@Cast(value="NppStatus")
public static int nppsMinMaxIndx_32f(@Cast(value="const Npp32f*")
                               float[] pSrc,
                               int nLength,
                               @Cast(value="Npp32f*")
                               float[] pMin,
                               int[] pMinIndx,
                               @Cast(value="Npp32f*")
                               float[] pMax,
                               int[] pMaxIndx,
                               @Cast(value="Npp8u*")
                               byte[] pDeviceBuffer)

nppsMinMaxIndx_64f

@Cast(value="NppStatus")
public static int nppsMinMaxIndx_64f(@Cast(value="const Npp64f*")
                               DoublePointer pSrc,
                               int nLength,
                               @Cast(value="Npp64f*")
                               DoublePointer pMin,
                               IntPointer pMinIndx,
                               @Cast(value="Npp64f*")
                               DoublePointer pMax,
                               IntPointer pMaxIndx,
                               @Cast(value="Npp8u*")
                               BytePointer pDeviceBuffer)

64-bit float vector min and max with indices method \param pSrc \ref source_signal_pointer. \param nLength \ref length_specification. \param pMin Pointer to the min output result. \param pMinIndx Pointer to the index of the first min value. \param pMax Pointer to the max output result. \param pMaxIndx Pointer to the index of the first max value. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsMinMaxIndxGetBufferSize_64f to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMinMaxIndx_64f

@Cast(value="NppStatus")
public static int nppsMinMaxIndx_64f(@Cast(value="const Npp64f*")
                               DoubleBuffer pSrc,
                               int nLength,
                               @Cast(value="Npp64f*")
                               DoubleBuffer pMin,
                               IntBuffer pMinIndx,
                               @Cast(value="Npp64f*")
                               DoubleBuffer pMax,
                               IntBuffer pMaxIndx,
                               @Cast(value="Npp8u*")
                               ByteBuffer pDeviceBuffer)

nppsMinMaxIndx_64f

@Cast(value="NppStatus")
public static int nppsMinMaxIndx_64f(@Cast(value="const Npp64f*")
                               double[] pSrc,
                               int nLength,
                               @Cast(value="Npp64f*")
                               double[] pMin,
                               int[] pMinIndx,
                               @Cast(value="Npp64f*")
                               double[] pMax,
                               int[] pMaxIndx,
                               @Cast(value="Npp8u*")
                               byte[] pDeviceBuffer)

nppsNormInfGetBufferSize_32f
```
@Cast(value="NppStatus")
public static int nppsNormInfGetBufferSize_32f(int nLength,
                                         IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsNorm_Inf_32f. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsNormInfGetBufferSize_32f

@Cast(value="NppStatus")
public static int nppsNormInfGetBufferSize_32f(int nLength,
                                         IntBuffer hpBufferSize)

nppsNormInfGetBufferSize_32f

@Cast(value="NppStatus")
public static int nppsNormInfGetBufferSize_32f(int nLength,
                                         int[] hpBufferSize)

nppsNorm_Inf_32f

@Cast(value="NppStatus")
public static int nppsNorm_Inf_32f(@Cast(value="const Npp32f*")
                             FloatPointer pSrc,
                             int nLength,
                             @Cast(value="Npp32f*")
                             FloatPointer pNorm,
                             @Cast(value="Npp8u*")
                             BytePointer pDeviceBuffer)

32-bit float vector C norm method \param pSrc \ref source_signal_pointer. \param nLength \ref length_specification. \param pNorm Pointer to the norm result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsNormInfGetBufferSize_32f to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsNorm_Inf_32f

@Cast(value="NppStatus")
public static int nppsNorm_Inf_32f(@Cast(value="const Npp32f*")
                             FloatBuffer pSrc,
                             int nLength,
                             @Cast(value="Npp32f*")
                             FloatBuffer pNorm,
                             @Cast(value="Npp8u*")
                             ByteBuffer pDeviceBuffer)

nppsNorm_Inf_32f

@Cast(value="NppStatus")
public static int nppsNorm_Inf_32f(@Cast(value="const Npp32f*")
                             float[] pSrc,
                             int nLength,
                             @Cast(value="Npp32f*")
                             float[] pNorm,
                             @Cast(value="Npp8u*")
                             byte[] pDeviceBuffer)

nppsNormInfGetBufferSize_64f
```
@Cast(value="NppStatus")
public static int nppsNormInfGetBufferSize_64f(int nLength,
                                         IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsNorm_Inf_64f. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsNormInfGetBufferSize_64f

@Cast(value="NppStatus")
public static int nppsNormInfGetBufferSize_64f(int nLength,
                                         IntBuffer hpBufferSize)

nppsNormInfGetBufferSize_64f

@Cast(value="NppStatus")
public static int nppsNormInfGetBufferSize_64f(int nLength,
                                         int[] hpBufferSize)

nppsNorm_Inf_64f

@Cast(value="NppStatus")
public static int nppsNorm_Inf_64f(@Cast(value="const Npp64f*")
                             DoublePointer pSrc,
                             int nLength,
                             @Cast(value="Npp64f*")
                             DoublePointer pNorm,
                             @Cast(value="Npp8u*")
                             BytePointer pDeviceBuffer)

64-bit float vector C norm method \param pSrc \ref source_signal_pointer. \param nLength \ref length_specification. \param pNorm Pointer to the norm result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsNormInfGetBufferSize_64f to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsNorm_Inf_64f

@Cast(value="NppStatus")
public static int nppsNorm_Inf_64f(@Cast(value="const Npp64f*")
                             DoubleBuffer pSrc,
                             int nLength,
                             @Cast(value="Npp64f*")
                             DoubleBuffer pNorm,
                             @Cast(value="Npp8u*")
                             ByteBuffer pDeviceBuffer)

nppsNorm_Inf_64f

@Cast(value="NppStatus")
public static int nppsNorm_Inf_64f(@Cast(value="const Npp64f*")
                             double[] pSrc,
                             int nLength,
                             @Cast(value="Npp64f*")
                             double[] pNorm,
                             @Cast(value="Npp8u*")
                             byte[] pDeviceBuffer)

nppsNormInfGetBufferSize_16s32f
```
@Cast(value="NppStatus")
public static int nppsNormInfGetBufferSize_16s32f(int nLength,
                                            IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsNorm_Inf_16s32f. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsNormInfGetBufferSize_16s32f

@Cast(value="NppStatus")
public static int nppsNormInfGetBufferSize_16s32f(int nLength,
                                            IntBuffer hpBufferSize)

nppsNormInfGetBufferSize_16s32f

@Cast(value="NppStatus")
public static int nppsNormInfGetBufferSize_16s32f(int nLength,
                                            int[] hpBufferSize)

nppsNorm_Inf_16s32f

@Cast(value="NppStatus")
public static int nppsNorm_Inf_16s32f(@Cast(value="const Npp16s*")
                                ShortPointer pSrc,
                                int nLength,
                                @Cast(value="Npp32f*")
                                FloatPointer pNorm,
                                @Cast(value="Npp8u*")
                                BytePointer pDeviceBuffer)

16-bit signed short integer vector C norm method, return value is 32-bit float. \param pSrc \ref source_signal_pointer. \param nLength \ref length_specification. \param pNorm Pointer to the norm result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsNormInfGetBufferSize_16s32f to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsNorm_Inf_16s32f

@Cast(value="NppStatus")
public static int nppsNorm_Inf_16s32f(@Cast(value="const Npp16s*")
                                ShortBuffer pSrc,
                                int nLength,
                                @Cast(value="Npp32f*")
                                FloatBuffer pNorm,
                                @Cast(value="Npp8u*")
                                ByteBuffer pDeviceBuffer)

nppsNorm_Inf_16s32f

@Cast(value="NppStatus")
public static int nppsNorm_Inf_16s32f(@Cast(value="const Npp16s*")
                                short[] pSrc,
                                int nLength,
                                @Cast(value="Npp32f*")
                                float[] pNorm,
                                @Cast(value="Npp8u*")
                                byte[] pDeviceBuffer)

nppsNormInfGetBufferSize_32fc32f
```
@Cast(value="NppStatus")
public static int nppsNormInfGetBufferSize_32fc32f(int nLength,
                                             IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsNorm_Inf_32fc32f. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsNormInfGetBufferSize_32fc32f

@Cast(value="NppStatus")
public static int nppsNormInfGetBufferSize_32fc32f(int nLength,
                                             IntBuffer hpBufferSize)

nppsNormInfGetBufferSize_32fc32f

@Cast(value="NppStatus")
public static int nppsNormInfGetBufferSize_32fc32f(int nLength,
                                             int[] hpBufferSize)

nppsNorm_Inf_32fc32f

@Cast(value="NppStatus")
public static int nppsNorm_Inf_32fc32f(@Const
                                 nppc.Npp32fc pSrc,
                                 int nLength,
                                 @Cast(value="Npp32f*")
                                 FloatPointer pNorm,
                                 @Cast(value="Npp8u*")
                                 BytePointer pDeviceBuffer)

32-bit float complex vector C norm method, return value is 32-bit float. \param pSrc \ref source_signal_pointer. \param nLength \ref length_specification. \param pNorm Pointer to the norm result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsNormInfGetBufferSize_32fc32f to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsNorm_Inf_32fc32f

@Cast(value="NppStatus")
public static int nppsNorm_Inf_32fc32f(@Const
                                 nppc.Npp32fc pSrc,
                                 int nLength,
                                 @Cast(value="Npp32f*")
                                 FloatBuffer pNorm,
                                 @Cast(value="Npp8u*")
                                 ByteBuffer pDeviceBuffer)

nppsNorm_Inf_32fc32f

@Cast(value="NppStatus")
public static int nppsNorm_Inf_32fc32f(@Const
                                 nppc.Npp32fc pSrc,
                                 int nLength,
                                 @Cast(value="Npp32f*")
                                 float[] pNorm,
                                 @Cast(value="Npp8u*")
                                 byte[] pDeviceBuffer)

nppsNormInfGetBufferSize_64fc64f
```
@Cast(value="NppStatus")
public static int nppsNormInfGetBufferSize_64fc64f(int nLength,
                                             IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsNorm_Inf_64fc64f. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsNormInfGetBufferSize_64fc64f

@Cast(value="NppStatus")
public static int nppsNormInfGetBufferSize_64fc64f(int nLength,
                                             IntBuffer hpBufferSize)

nppsNormInfGetBufferSize_64fc64f

@Cast(value="NppStatus")
public static int nppsNormInfGetBufferSize_64fc64f(int nLength,
                                             int[] hpBufferSize)

nppsNorm_Inf_64fc64f

@Cast(value="NppStatus")
public static int nppsNorm_Inf_64fc64f(@Const
                                 nppc.Npp64fc pSrc,
                                 int nLength,
                                 @Cast(value="Npp64f*")
                                 DoublePointer pNorm,
                                 @Cast(value="Npp8u*")
                                 BytePointer pDeviceBuffer)

64-bit float complex vector C norm method, return value is 64-bit float. \param pSrc \ref source_signal_pointer. \param nLength \ref length_specification. \param pNorm Pointer to the norm result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsNormInfGetBufferSize_64fc64f to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsNorm_Inf_64fc64f

@Cast(value="NppStatus")
public static int nppsNorm_Inf_64fc64f(@Const
                                 nppc.Npp64fc pSrc,
                                 int nLength,
                                 @Cast(value="Npp64f*")
                                 DoubleBuffer pNorm,
                                 @Cast(value="Npp8u*")
                                 ByteBuffer pDeviceBuffer)

nppsNorm_Inf_64fc64f

@Cast(value="NppStatus")
public static int nppsNorm_Inf_64fc64f(@Const
                                 nppc.Npp64fc pSrc,
                                 int nLength,
                                 @Cast(value="Npp64f*")
                                 double[] pNorm,
                                 @Cast(value="Npp8u*")
                                 byte[] pDeviceBuffer)

nppsNormInfGetBufferSize_16s32s_Sfs
```
@Cast(value="NppStatus")
public static int nppsNormInfGetBufferSize_16s32s_Sfs(int nLength,
                                                IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsNorm_Inf_16s32s_Sfs. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsNormInfGetBufferSize_16s32s_Sfs

@Cast(value="NppStatus")
public static int nppsNormInfGetBufferSize_16s32s_Sfs(int nLength,
                                                IntBuffer hpBufferSize)

nppsNormInfGetBufferSize_16s32s_Sfs

@Cast(value="NppStatus")
public static int nppsNormInfGetBufferSize_16s32s_Sfs(int nLength,
                                                int[] hpBufferSize)

nppsNorm_Inf_16s32s_Sfs

@Cast(value="NppStatus")
public static int nppsNorm_Inf_16s32s_Sfs(@Cast(value="const Npp16s*")
                                    ShortPointer pSrc,
                                    int nLength,
                                    @Cast(value="Npp32s*")
                                    IntPointer pNorm,
                                    int nScaleFactor,
                                    @Cast(value="Npp8u*")
                                    BytePointer pDeviceBuffer)

16-bit signed short integer vector C norm method, return value is 32-bit signed integer. \param pSrc \ref source_signal_pointer. \param nLength \ref length_specification. \param pNorm Pointer to the norm result. \param nScaleFactor \ref integer_result_scaling. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsNormInfGetBufferSize_16s32s_Sfs to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsNorm_Inf_16s32s_Sfs

@Cast(value="NppStatus")
public static int nppsNorm_Inf_16s32s_Sfs(@Cast(value="const Npp16s*")
                                    ShortBuffer pSrc,
                                    int nLength,
                                    @Cast(value="Npp32s*")
                                    IntBuffer pNorm,
                                    int nScaleFactor,
                                    @Cast(value="Npp8u*")
                                    ByteBuffer pDeviceBuffer)

nppsNorm_Inf_16s32s_Sfs

@Cast(value="NppStatus")
public static int nppsNorm_Inf_16s32s_Sfs(@Cast(value="const Npp16s*")
                                    short[] pSrc,
                                    int nLength,
                                    @Cast(value="Npp32s*")
                                    int[] pNorm,
                                    int nScaleFactor,
                                    @Cast(value="Npp8u*")
                                    byte[] pDeviceBuffer)

nppsNormL1GetBufferSize_32f
```
@Cast(value="NppStatus")
public static int nppsNormL1GetBufferSize_32f(int nLength,
                                        IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsNorm_L1_32f. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsNormL1GetBufferSize_32f

@Cast(value="NppStatus")
public static int nppsNormL1GetBufferSize_32f(int nLength,
                                        IntBuffer hpBufferSize)

nppsNormL1GetBufferSize_32f

@Cast(value="NppStatus")
public static int nppsNormL1GetBufferSize_32f(int nLength,
                                        int[] hpBufferSize)

nppsNorm_L1_32f

@Cast(value="NppStatus")
public static int nppsNorm_L1_32f(@Cast(value="const Npp32f*")
                            FloatPointer pSrc,
                            int nLength,
                            @Cast(value="Npp32f*")
                            FloatPointer pNorm,
                            @Cast(value="Npp8u*")
                            BytePointer pDeviceBuffer)

32-bit float vector L1 norm method \param pSrc \ref source_signal_pointer. \param nLength \ref length_specification. \param pNorm Pointer to the norm result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsNormL1GetBufferSize_32f to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsNorm_L1_32f

@Cast(value="NppStatus")
public static int nppsNorm_L1_32f(@Cast(value="const Npp32f*")
                            FloatBuffer pSrc,
                            int nLength,
                            @Cast(value="Npp32f*")
                            FloatBuffer pNorm,
                            @Cast(value="Npp8u*")
                            ByteBuffer pDeviceBuffer)

nppsNorm_L1_32f

@Cast(value="NppStatus")
public static int nppsNorm_L1_32f(@Cast(value="const Npp32f*")
                            float[] pSrc,
                            int nLength,
                            @Cast(value="Npp32f*")
                            float[] pNorm,
                            @Cast(value="Npp8u*")
                            byte[] pDeviceBuffer)

nppsNormL1GetBufferSize_64f
```
@Cast(value="NppStatus")
public static int nppsNormL1GetBufferSize_64f(int nLength,
                                        IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsNorm_L1_64f. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsNormL1GetBufferSize_64f

@Cast(value="NppStatus")
public static int nppsNormL1GetBufferSize_64f(int nLength,
                                        IntBuffer hpBufferSize)

nppsNormL1GetBufferSize_64f

@Cast(value="NppStatus")
public static int nppsNormL1GetBufferSize_64f(int nLength,
                                        int[] hpBufferSize)

nppsNorm_L1_64f

@Cast(value="NppStatus")
public static int nppsNorm_L1_64f(@Cast(value="const Npp64f*")
                            DoublePointer pSrc,
                            int nLength,
                            @Cast(value="Npp64f*")
                            DoublePointer pNorm,
                            @Cast(value="Npp8u*")
                            BytePointer pDeviceBuffer)

64-bit float vector L1 norm method \param pSrc \ref source_signal_pointer. \param nLength \ref length_specification. \param pNorm Pointer to the norm result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsNormL1GetBufferSize_64f to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsNorm_L1_64f

@Cast(value="NppStatus")
public static int nppsNorm_L1_64f(@Cast(value="const Npp64f*")
                            DoubleBuffer pSrc,
                            int nLength,
                            @Cast(value="Npp64f*")
                            DoubleBuffer pNorm,
                            @Cast(value="Npp8u*")
                            ByteBuffer pDeviceBuffer)

nppsNorm_L1_64f

@Cast(value="NppStatus")
public static int nppsNorm_L1_64f(@Cast(value="const Npp64f*")
                            double[] pSrc,
                            int nLength,
                            @Cast(value="Npp64f*")
                            double[] pNorm,
                            @Cast(value="Npp8u*")
                            byte[] pDeviceBuffer)

nppsNormL1GetBufferSize_16s32f
```
@Cast(value="NppStatus")
public static int nppsNormL1GetBufferSize_16s32f(int nLength,
                                           IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsNorm_L1_16s32f. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsNormL1GetBufferSize_16s32f

@Cast(value="NppStatus")
public static int nppsNormL1GetBufferSize_16s32f(int nLength,
                                           IntBuffer hpBufferSize)

nppsNormL1GetBufferSize_16s32f

@Cast(value="NppStatus")
public static int nppsNormL1GetBufferSize_16s32f(int nLength,
                                           int[] hpBufferSize)

nppsNorm_L1_16s32f

@Cast(value="NppStatus")
public static int nppsNorm_L1_16s32f(@Cast(value="const Npp16s*")
                               ShortPointer pSrc,
                               int nLength,
                               @Cast(value="Npp32f*")
                               FloatPointer pNorm,
                               @Cast(value="Npp8u*")
                               BytePointer pDeviceBuffer)

16-bit signed short integer vector L1 norm method, return value is 32-bit float. \param pSrc \ref source_signal_pointer. \param nLength \ref length_specification. \param pNorm Pointer to the L1 norm result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsNormL1GetBufferSize_16s32f to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsNorm_L1_16s32f

@Cast(value="NppStatus")
public static int nppsNorm_L1_16s32f(@Cast(value="const Npp16s*")
                               ShortBuffer pSrc,
                               int nLength,
                               @Cast(value="Npp32f*")
                               FloatBuffer pNorm,
                               @Cast(value="Npp8u*")
                               ByteBuffer pDeviceBuffer)

nppsNorm_L1_16s32f

@Cast(value="NppStatus")
public static int nppsNorm_L1_16s32f(@Cast(value="const Npp16s*")
                               short[] pSrc,
                               int nLength,
                               @Cast(value="Npp32f*")
                               float[] pNorm,
                               @Cast(value="Npp8u*")
                               byte[] pDeviceBuffer)

nppsNormL1GetBufferSize_32fc64f
```
@Cast(value="NppStatus")
public static int nppsNormL1GetBufferSize_32fc64f(int nLength,
                                            IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsNorm_L1_32fc64f. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsNormL1GetBufferSize_32fc64f

@Cast(value="NppStatus")
public static int nppsNormL1GetBufferSize_32fc64f(int nLength,
                                            IntBuffer hpBufferSize)

nppsNormL1GetBufferSize_32fc64f

@Cast(value="NppStatus")
public static int nppsNormL1GetBufferSize_32fc64f(int nLength,
                                            int[] hpBufferSize)

nppsNorm_L1_32fc64f

@Cast(value="NppStatus")
public static int nppsNorm_L1_32fc64f(@Const
                                nppc.Npp32fc pSrc,
                                int nLength,
                                @Cast(value="Npp64f*")
                                DoublePointer pNorm,
                                @Cast(value="Npp8u*")
                                BytePointer pDeviceBuffer)

32-bit float complex vector L1 norm method, return value is 64-bit float. \param pSrc \ref source_signal_pointer. \param nLength \ref length_specification. \param pNorm Pointer to the norm result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsNormL1GetBufferSize_32fc64f to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsNorm_L1_32fc64f

@Cast(value="NppStatus")
public static int nppsNorm_L1_32fc64f(@Const
                                nppc.Npp32fc pSrc,
                                int nLength,
                                @Cast(value="Npp64f*")
                                DoubleBuffer pNorm,
                                @Cast(value="Npp8u*")
                                ByteBuffer pDeviceBuffer)

nppsNorm_L1_32fc64f

@Cast(value="NppStatus")
public static int nppsNorm_L1_32fc64f(@Const
                                nppc.Npp32fc pSrc,
                                int nLength,
                                @Cast(value="Npp64f*")
                                double[] pNorm,
                                @Cast(value="Npp8u*")
                                byte[] pDeviceBuffer)

nppsNormL1GetBufferSize_64fc64f
```
@Cast(value="NppStatus")
public static int nppsNormL1GetBufferSize_64fc64f(int nLength,
                                            IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsNorm_L1_64fc64f. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsNormL1GetBufferSize_64fc64f

@Cast(value="NppStatus")
public static int nppsNormL1GetBufferSize_64fc64f(int nLength,
                                            IntBuffer hpBufferSize)

nppsNormL1GetBufferSize_64fc64f

@Cast(value="NppStatus")
public static int nppsNormL1GetBufferSize_64fc64f(int nLength,
                                            int[] hpBufferSize)

nppsNorm_L1_64fc64f

@Cast(value="NppStatus")
public static int nppsNorm_L1_64fc64f(@Const
                                nppc.Npp64fc pSrc,
                                int nLength,
                                @Cast(value="Npp64f*")
                                DoublePointer pNorm,
                                @Cast(value="Npp8u*")
                                BytePointer pDeviceBuffer)

64-bit float complex vector L1 norm method, return value is 64-bit float. \param pSrc \ref source_signal_pointer. \param nLength \ref length_specification. \param pNorm Pointer to the norm result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsNormL1GetBufferSize_64fc64f to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsNorm_L1_64fc64f

@Cast(value="NppStatus")
public static int nppsNorm_L1_64fc64f(@Const
                                nppc.Npp64fc pSrc,
                                int nLength,
                                @Cast(value="Npp64f*")
                                DoubleBuffer pNorm,
                                @Cast(value="Npp8u*")
                                ByteBuffer pDeviceBuffer)

nppsNorm_L1_64fc64f

@Cast(value="NppStatus")
public static int nppsNorm_L1_64fc64f(@Const
                                nppc.Npp64fc pSrc,
                                int nLength,
                                @Cast(value="Npp64f*")
                                double[] pNorm,
                                @Cast(value="Npp8u*")
                                byte[] pDeviceBuffer)

nppsNormL1GetBufferSize_16s32s_Sfs
```
@Cast(value="NppStatus")
public static int nppsNormL1GetBufferSize_16s32s_Sfs(int nLength,
                                               IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsNorm_L1_16s32s_Sfs. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsNormL1GetBufferSize_16s32s_Sfs

@Cast(value="NppStatus")
public static int nppsNormL1GetBufferSize_16s32s_Sfs(int nLength,
                                               IntBuffer hpBufferSize)

nppsNormL1GetBufferSize_16s32s_Sfs

@Cast(value="NppStatus")
public static int nppsNormL1GetBufferSize_16s32s_Sfs(int nLength,
                                               int[] hpBufferSize)

nppsNorm_L1_16s32s_Sfs

@Cast(value="NppStatus")
public static int nppsNorm_L1_16s32s_Sfs(@Cast(value="const Npp16s*")
                                   ShortPointer pSrc,
                                   int nLength,
                                   @Cast(value="Npp32s*")
                                   IntPointer pNorm,
                                   int nScaleFactor,
                                   @Cast(value="Npp8u*")
                                   BytePointer pDeviceBuffer)

16-bit signed short integer vector L1 norm method, return value is 32-bit signed integer. \param pSrc \ref source_signal_pointer. \param nLength \ref length_specification. \param pNorm Pointer to the norm result. \param nScaleFactor \ref integer_result_scaling. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsNormL1GetBufferSize_16s32s_Sfs to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsNorm_L1_16s32s_Sfs

@Cast(value="NppStatus")
public static int nppsNorm_L1_16s32s_Sfs(@Cast(value="const Npp16s*")
                                   ShortBuffer pSrc,
                                   int nLength,
                                   @Cast(value="Npp32s*")
                                   IntBuffer pNorm,
                                   int nScaleFactor,
                                   @Cast(value="Npp8u*")
                                   ByteBuffer pDeviceBuffer)

nppsNorm_L1_16s32s_Sfs

@Cast(value="NppStatus")
public static int nppsNorm_L1_16s32s_Sfs(@Cast(value="const Npp16s*")
                                   short[] pSrc,
                                   int nLength,
                                   @Cast(value="Npp32s*")
                                   int[] pNorm,
                                   int nScaleFactor,
                                   @Cast(value="Npp8u*")
                                   byte[] pDeviceBuffer)

nppsNormL1GetBufferSize_16s64s_Sfs
```
@Cast(value="NppStatus")
public static int nppsNormL1GetBufferSize_16s64s_Sfs(int nLength,
                                               IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsNorm_L1_16s64s_Sfs. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsNormL1GetBufferSize_16s64s_Sfs

@Cast(value="NppStatus")
public static int nppsNormL1GetBufferSize_16s64s_Sfs(int nLength,
                                               IntBuffer hpBufferSize)

nppsNormL1GetBufferSize_16s64s_Sfs

@Cast(value="NppStatus")
public static int nppsNormL1GetBufferSize_16s64s_Sfs(int nLength,
                                               int[] hpBufferSize)

nppsNorm_L1_16s64s_Sfs

@Cast(value="NppStatus")
public static int nppsNorm_L1_16s64s_Sfs(@Cast(value="const Npp16s*")
                                   ShortPointer pSrc,
                                   int nLength,
                                   @Cast(value="Npp64s*")
                                   LongPointer pNorm,
                                   int nScaleFactor,
                                   @Cast(value="Npp8u*")
                                   BytePointer pDeviceBuffer)

16-bit signed short integer vector L1 norm method, return value is 64-bit signed integer. \param pSrc \ref source_signal_pointer. \param nLength \ref length_specification. \param pNorm Pointer to the norm result. \param nScaleFactor \ref integer_result_scaling. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsNormL1GetBufferSize_16s64s_Sfs to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsNorm_L1_16s64s_Sfs

@Cast(value="NppStatus")
public static int nppsNorm_L1_16s64s_Sfs(@Cast(value="const Npp16s*")
                                   ShortBuffer pSrc,
                                   int nLength,
                                   @Cast(value="Npp64s*")
                                   LongBuffer pNorm,
                                   int nScaleFactor,
                                   @Cast(value="Npp8u*")
                                   ByteBuffer pDeviceBuffer)

nppsNorm_L1_16s64s_Sfs

@Cast(value="NppStatus")
public static int nppsNorm_L1_16s64s_Sfs(@Cast(value="const Npp16s*")
                                   short[] pSrc,
                                   int nLength,
                                   @Cast(value="Npp64s*")
                                   long[] pNorm,
                                   int nScaleFactor,
                                   @Cast(value="Npp8u*")
                                   byte[] pDeviceBuffer)

nppsNormL2GetBufferSize_32f
```
@Cast(value="NppStatus")
public static int nppsNormL2GetBufferSize_32f(int nLength,
                                        IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsNorm_L2_32f. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsNormL2GetBufferSize_32f

@Cast(value="NppStatus")
public static int nppsNormL2GetBufferSize_32f(int nLength,
                                        IntBuffer hpBufferSize)

nppsNormL2GetBufferSize_32f

@Cast(value="NppStatus")
public static int nppsNormL2GetBufferSize_32f(int nLength,
                                        int[] hpBufferSize)

nppsNorm_L2_32f

@Cast(value="NppStatus")
public static int nppsNorm_L2_32f(@Cast(value="const Npp32f*")
                            FloatPointer pSrc,
                            int nLength,
                            @Cast(value="Npp32f*")
                            FloatPointer pNorm,
                            @Cast(value="Npp8u*")
                            BytePointer pDeviceBuffer)

32-bit float vector L2 norm method \param pSrc \ref source_signal_pointer. \param nLength \ref length_specification. \param pNorm Pointer to the norm result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsNormL2GetBufferSize_32f to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsNorm_L2_32f

@Cast(value="NppStatus")
public static int nppsNorm_L2_32f(@Cast(value="const Npp32f*")
                            FloatBuffer pSrc,
                            int nLength,
                            @Cast(value="Npp32f*")
                            FloatBuffer pNorm,
                            @Cast(value="Npp8u*")
                            ByteBuffer pDeviceBuffer)

nppsNorm_L2_32f

@Cast(value="NppStatus")
public static int nppsNorm_L2_32f(@Cast(value="const Npp32f*")
                            float[] pSrc,
                            int nLength,
                            @Cast(value="Npp32f*")
                            float[] pNorm,
                            @Cast(value="Npp8u*")
                            byte[] pDeviceBuffer)

nppsNormL2GetBufferSize_64f
```
@Cast(value="NppStatus")
public static int nppsNormL2GetBufferSize_64f(int nLength,
                                        IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsNorm_L2_64f. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsNormL2GetBufferSize_64f

@Cast(value="NppStatus")
public static int nppsNormL2GetBufferSize_64f(int nLength,
                                        IntBuffer hpBufferSize)

nppsNormL2GetBufferSize_64f

@Cast(value="NppStatus")
public static int nppsNormL2GetBufferSize_64f(int nLength,
                                        int[] hpBufferSize)

nppsNorm_L2_64f

@Cast(value="NppStatus")
public static int nppsNorm_L2_64f(@Cast(value="const Npp64f*")
                            DoublePointer pSrc,
                            int nLength,
                            @Cast(value="Npp64f*")
                            DoublePointer pNorm,
                            @Cast(value="Npp8u*")
                            BytePointer pDeviceBuffer)

64-bit float vector L2 norm method \param pSrc \ref source_signal_pointer. \param nLength \ref length_specification. \param pNorm Pointer to the norm result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsNormL2GetBufferSize_64f to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsNorm_L2_64f

@Cast(value="NppStatus")
public static int nppsNorm_L2_64f(@Cast(value="const Npp64f*")
                            DoubleBuffer pSrc,
                            int nLength,
                            @Cast(value="Npp64f*")
                            DoubleBuffer pNorm,
                            @Cast(value="Npp8u*")
                            ByteBuffer pDeviceBuffer)

nppsNorm_L2_64f

@Cast(value="NppStatus")
public static int nppsNorm_L2_64f(@Cast(value="const Npp64f*")
                            double[] pSrc,
                            int nLength,
                            @Cast(value="Npp64f*")
                            double[] pNorm,
                            @Cast(value="Npp8u*")
                            byte[] pDeviceBuffer)

nppsNormL2GetBufferSize_16s32f
```
@Cast(value="NppStatus")
public static int nppsNormL2GetBufferSize_16s32f(int nLength,
                                           IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsNorm_L2_16s32f. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsNormL2GetBufferSize_16s32f

@Cast(value="NppStatus")
public static int nppsNormL2GetBufferSize_16s32f(int nLength,
                                           IntBuffer hpBufferSize)

nppsNormL2GetBufferSize_16s32f

@Cast(value="NppStatus")
public static int nppsNormL2GetBufferSize_16s32f(int nLength,
                                           int[] hpBufferSize)

nppsNorm_L2_16s32f

@Cast(value="NppStatus")
public static int nppsNorm_L2_16s32f(@Cast(value="const Npp16s*")
                               ShortPointer pSrc,
                               int nLength,
                               @Cast(value="Npp32f*")
                               FloatPointer pNorm,
                               @Cast(value="Npp8u*")
                               BytePointer pDeviceBuffer)

16-bit signed short integer vector L2 norm method, return value is 32-bit float. \param pSrc \ref source_signal_pointer. \param nLength \ref length_specification. \param pNorm Pointer to the norm result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsNormL2GetBufferSize_16s32f to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsNorm_L2_16s32f

@Cast(value="NppStatus")
public static int nppsNorm_L2_16s32f(@Cast(value="const Npp16s*")
                               ShortBuffer pSrc,
                               int nLength,
                               @Cast(value="Npp32f*")
                               FloatBuffer pNorm,
                               @Cast(value="Npp8u*")
                               ByteBuffer pDeviceBuffer)

nppsNorm_L2_16s32f

@Cast(value="NppStatus")
public static int nppsNorm_L2_16s32f(@Cast(value="const Npp16s*")
                               short[] pSrc,
                               int nLength,
                               @Cast(value="Npp32f*")
                               float[] pNorm,
                               @Cast(value="Npp8u*")
                               byte[] pDeviceBuffer)

nppsNormL2GetBufferSize_32fc64f
```
@Cast(value="NppStatus")
public static int nppsNormL2GetBufferSize_32fc64f(int nLength,
                                            IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsNorm_L2_32fc64f. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsNormL2GetBufferSize_32fc64f

@Cast(value="NppStatus")
public static int nppsNormL2GetBufferSize_32fc64f(int nLength,
                                            IntBuffer hpBufferSize)

nppsNormL2GetBufferSize_32fc64f

@Cast(value="NppStatus")
public static int nppsNormL2GetBufferSize_32fc64f(int nLength,
                                            int[] hpBufferSize)

nppsNorm_L2_32fc64f

@Cast(value="NppStatus")
public static int nppsNorm_L2_32fc64f(@Const
                                nppc.Npp32fc pSrc,
                                int nLength,
                                @Cast(value="Npp64f*")
                                DoublePointer pNorm,
                                @Cast(value="Npp8u*")
                                BytePointer pDeviceBuffer)

32-bit float complex vector L2 norm method, return value is 64-bit float. \param pSrc \ref source_signal_pointer. \param nLength \ref length_specification. \param pNorm Pointer to the norm result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsNormL2GetBufferSize_32fc64f to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsNorm_L2_32fc64f

@Cast(value="NppStatus")
public static int nppsNorm_L2_32fc64f(@Const
                                nppc.Npp32fc pSrc,
                                int nLength,
                                @Cast(value="Npp64f*")
                                DoubleBuffer pNorm,
                                @Cast(value="Npp8u*")
                                ByteBuffer pDeviceBuffer)

nppsNorm_L2_32fc64f

@Cast(value="NppStatus")
public static int nppsNorm_L2_32fc64f(@Const
                                nppc.Npp32fc pSrc,
                                int nLength,
                                @Cast(value="Npp64f*")
                                double[] pNorm,
                                @Cast(value="Npp8u*")
                                byte[] pDeviceBuffer)

nppsNormL2GetBufferSize_64fc64f
```
@Cast(value="NppStatus")
public static int nppsNormL2GetBufferSize_64fc64f(int nLength,
                                            IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsNorm_L2_64fc64f. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsNormL2GetBufferSize_64fc64f

@Cast(value="NppStatus")
public static int nppsNormL2GetBufferSize_64fc64f(int nLength,
                                            IntBuffer hpBufferSize)

nppsNormL2GetBufferSize_64fc64f

@Cast(value="NppStatus")
public static int nppsNormL2GetBufferSize_64fc64f(int nLength,
                                            int[] hpBufferSize)

nppsNorm_L2_64fc64f

@Cast(value="NppStatus")
public static int nppsNorm_L2_64fc64f(@Const
                                nppc.Npp64fc pSrc,
                                int nLength,
                                @Cast(value="Npp64f*")
                                DoublePointer pNorm,
                                @Cast(value="Npp8u*")
                                BytePointer pDeviceBuffer)

64-bit float complex vector L2 norm method, return value is 64-bit float. \param pSrc \ref source_signal_pointer. \param nLength \ref length_specification. \param pNorm Pointer to the norm result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsNormL2GetBufferSize_64fc64f to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsNorm_L2_64fc64f

@Cast(value="NppStatus")
public static int nppsNorm_L2_64fc64f(@Const
                                nppc.Npp64fc pSrc,
                                int nLength,
                                @Cast(value="Npp64f*")
                                DoubleBuffer pNorm,
                                @Cast(value="Npp8u*")
                                ByteBuffer pDeviceBuffer)

nppsNorm_L2_64fc64f

@Cast(value="NppStatus")
public static int nppsNorm_L2_64fc64f(@Const
                                nppc.Npp64fc pSrc,
                                int nLength,
                                @Cast(value="Npp64f*")
                                double[] pNorm,
                                @Cast(value="Npp8u*")
                                byte[] pDeviceBuffer)

nppsNormL2GetBufferSize_16s32s_Sfs
```
@Cast(value="NppStatus")
public static int nppsNormL2GetBufferSize_16s32s_Sfs(int nLength,
                                               IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsNorm_L2_16s32s_Sfs. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsNormL2GetBufferSize_16s32s_Sfs

@Cast(value="NppStatus")
public static int nppsNormL2GetBufferSize_16s32s_Sfs(int nLength,
                                               IntBuffer hpBufferSize)

nppsNormL2GetBufferSize_16s32s_Sfs

@Cast(value="NppStatus")
public static int nppsNormL2GetBufferSize_16s32s_Sfs(int nLength,
                                               int[] hpBufferSize)

nppsNorm_L2_16s32s_Sfs

@Cast(value="NppStatus")
public static int nppsNorm_L2_16s32s_Sfs(@Cast(value="const Npp16s*")
                                   ShortPointer pSrc,
                                   int nLength,
                                   @Cast(value="Npp32s*")
                                   IntPointer pNorm,
                                   int nScaleFactor,
                                   @Cast(value="Npp8u*")
                                   BytePointer pDeviceBuffer)

16-bit signed short integer vector L2 norm method, return value is 32-bit signed integer. \param pSrc \ref source_signal_pointer. \param nLength \ref length_specification. \param pNorm Pointer to the norm result. \param nScaleFactor \ref integer_result_scaling. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsNormL2GetBufferSize_16s32s_Sfs to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsNorm_L2_16s32s_Sfs

@Cast(value="NppStatus")
public static int nppsNorm_L2_16s32s_Sfs(@Cast(value="const Npp16s*")
                                   ShortBuffer pSrc,
                                   int nLength,
                                   @Cast(value="Npp32s*")
                                   IntBuffer pNorm,
                                   int nScaleFactor,
                                   @Cast(value="Npp8u*")
                                   ByteBuffer pDeviceBuffer)

nppsNorm_L2_16s32s_Sfs

@Cast(value="NppStatus")
public static int nppsNorm_L2_16s32s_Sfs(@Cast(value="const Npp16s*")
                                   short[] pSrc,
                                   int nLength,
                                   @Cast(value="Npp32s*")
                                   int[] pNorm,
                                   int nScaleFactor,
                                   @Cast(value="Npp8u*")
                                   byte[] pDeviceBuffer)

nppsNormL2SqrGetBufferSize_16s64s_Sfs
```
@Cast(value="NppStatus")
public static int nppsNormL2SqrGetBufferSize_16s64s_Sfs(int nLength,
                                                  IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsNorm_L2Sqr_16s64s_Sfs. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsNormL2SqrGetBufferSize_16s64s_Sfs

@Cast(value="NppStatus")
public static int nppsNormL2SqrGetBufferSize_16s64s_Sfs(int nLength,
                                                  IntBuffer hpBufferSize)

nppsNormL2SqrGetBufferSize_16s64s_Sfs

@Cast(value="NppStatus")
public static int nppsNormL2SqrGetBufferSize_16s64s_Sfs(int nLength,
                                                  int[] hpBufferSize)

nppsNorm_L2Sqr_16s64s_Sfs

@Cast(value="NppStatus")
public static int nppsNorm_L2Sqr_16s64s_Sfs(@Cast(value="const Npp16s*")
                                      ShortPointer pSrc,
                                      int nLength,
                                      @Cast(value="Npp64s*")
                                      LongPointer pNorm,
                                      int nScaleFactor,
                                      @Cast(value="Npp8u*")
                                      BytePointer pDeviceBuffer)

16-bit signed short integer vector L2 Square norm method, return value is 64-bit signed integer. \param pSrc \ref source_signal_pointer. \param nLength \ref length_specification. \param pNorm Pointer to the norm result. \param nScaleFactor \ref integer_result_scaling. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsNormL2SqrGetBufferSize_16s64s_Sfs to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsNorm_L2Sqr_16s64s_Sfs

@Cast(value="NppStatus")
public static int nppsNorm_L2Sqr_16s64s_Sfs(@Cast(value="const Npp16s*")
                                      ShortBuffer pSrc,
                                      int nLength,
                                      @Cast(value="Npp64s*")
                                      LongBuffer pNorm,
                                      int nScaleFactor,
                                      @Cast(value="Npp8u*")
                                      ByteBuffer pDeviceBuffer)

nppsNorm_L2Sqr_16s64s_Sfs

@Cast(value="NppStatus")
public static int nppsNorm_L2Sqr_16s64s_Sfs(@Cast(value="const Npp16s*")
                                      short[] pSrc,
                                      int nLength,
                                      @Cast(value="Npp64s*")
                                      long[] pNorm,
                                      int nScaleFactor,
                                      @Cast(value="Npp8u*")
                                      byte[] pDeviceBuffer)

nppsNormDiffInfGetBufferSize_32f
```
@Cast(value="NppStatus")
public static int nppsNormDiffInfGetBufferSize_32f(int nLength,
                                             IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsNormDiff_Inf_32f. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsNormDiffInfGetBufferSize_32f

@Cast(value="NppStatus")
public static int nppsNormDiffInfGetBufferSize_32f(int nLength,
                                             IntBuffer hpBufferSize)

nppsNormDiffInfGetBufferSize_32f

@Cast(value="NppStatus")
public static int nppsNormDiffInfGetBufferSize_32f(int nLength,
                                             int[] hpBufferSize)

nppsNormDiff_Inf_32f

@Cast(value="NppStatus")
public static int nppsNormDiff_Inf_32f(@Cast(value="const Npp32f*")
                                 FloatPointer pSrc1,
                                 @Cast(value="const Npp32f*")
                                 FloatPointer pSrc2,
                                 int nLength,
                                 @Cast(value="Npp32f*")
                                 FloatPointer pNorm,
                                 @Cast(value="Npp8u*")
                                 BytePointer pDeviceBuffer)

32-bit float C norm method on two vectors' difference \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. \param nLength \ref length_specification. \param pNorm Pointer to the norm result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsNormDiffInfGetBufferSize_32f to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsNormDiff_Inf_32f

@Cast(value="NppStatus")
public static int nppsNormDiff_Inf_32f(@Cast(value="const Npp32f*")
                                 FloatBuffer pSrc1,
                                 @Cast(value="const Npp32f*")
                                 FloatBuffer pSrc2,
                                 int nLength,
                                 @Cast(value="Npp32f*")
                                 FloatBuffer pNorm,
                                 @Cast(value="Npp8u*")
                                 ByteBuffer pDeviceBuffer)

nppsNormDiff_Inf_32f

@Cast(value="NppStatus")
public static int nppsNormDiff_Inf_32f(@Cast(value="const Npp32f*")
                                 float[] pSrc1,
                                 @Cast(value="const Npp32f*")
                                 float[] pSrc2,
                                 int nLength,
                                 @Cast(value="Npp32f*")
                                 float[] pNorm,
                                 @Cast(value="Npp8u*")
                                 byte[] pDeviceBuffer)

nppsNormDiffInfGetBufferSize_64f
```
@Cast(value="NppStatus")
public static int nppsNormDiffInfGetBufferSize_64f(int nLength,
                                             IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsNormDiff_Inf_64f. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsNormDiffInfGetBufferSize_64f

@Cast(value="NppStatus")
public static int nppsNormDiffInfGetBufferSize_64f(int nLength,
                                             IntBuffer hpBufferSize)

nppsNormDiffInfGetBufferSize_64f

@Cast(value="NppStatus")
public static int nppsNormDiffInfGetBufferSize_64f(int nLength,
                                             int[] hpBufferSize)

nppsNormDiff_Inf_64f

@Cast(value="NppStatus")
public static int nppsNormDiff_Inf_64f(@Cast(value="const Npp64f*")
                                 DoublePointer pSrc1,
                                 @Cast(value="const Npp64f*")
                                 DoublePointer pSrc2,
                                 int nLength,
                                 @Cast(value="Npp64f*")
                                 DoublePointer pNorm,
                                 @Cast(value="Npp8u*")
                                 BytePointer pDeviceBuffer)

64-bit float C norm method on two vectors' difference \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. \param nLength \ref length_specification. \param pNorm Pointer to the norm result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsNormDiffInfGetBufferSize_64f to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsNormDiff_Inf_64f

@Cast(value="NppStatus")
public static int nppsNormDiff_Inf_64f(@Cast(value="const Npp64f*")
                                 DoubleBuffer pSrc1,
                                 @Cast(value="const Npp64f*")
                                 DoubleBuffer pSrc2,
                                 int nLength,
                                 @Cast(value="Npp64f*")
                                 DoubleBuffer pNorm,
                                 @Cast(value="Npp8u*")
                                 ByteBuffer pDeviceBuffer)

nppsNormDiff_Inf_64f

@Cast(value="NppStatus")
public static int nppsNormDiff_Inf_64f(@Cast(value="const Npp64f*")
                                 double[] pSrc1,
                                 @Cast(value="const Npp64f*")
                                 double[] pSrc2,
                                 int nLength,
                                 @Cast(value="Npp64f*")
                                 double[] pNorm,
                                 @Cast(value="Npp8u*")
                                 byte[] pDeviceBuffer)

nppsNormDiffInfGetBufferSize_16s32f
```
@Cast(value="NppStatus")
public static int nppsNormDiffInfGetBufferSize_16s32f(int nLength,
                                                IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsNormDiff_Inf_16s32f. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsNormDiffInfGetBufferSize_16s32f

@Cast(value="NppStatus")
public static int nppsNormDiffInfGetBufferSize_16s32f(int nLength,
                                                IntBuffer hpBufferSize)

nppsNormDiffInfGetBufferSize_16s32f

@Cast(value="NppStatus")
public static int nppsNormDiffInfGetBufferSize_16s32f(int nLength,
                                                int[] hpBufferSize)

nppsNormDiff_Inf_16s32f

@Cast(value="NppStatus")
public static int nppsNormDiff_Inf_16s32f(@Cast(value="const Npp16s*")
                                    ShortPointer pSrc1,
                                    @Cast(value="const Npp16s*")
                                    ShortPointer pSrc2,
                                    int nLength,
                                    @Cast(value="Npp32f*")
                                    FloatPointer pNorm,
                                    @Cast(value="Npp8u*")
                                    BytePointer pDeviceBuffer)

16-bit signed short integer C norm method on two vectors' difference, return value is 32-bit float. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. \param nLength \ref length_specification. \param pNorm Pointer to the norm result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsNormDiffInfGetBufferSize_16s32f to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsNormDiff_Inf_16s32f

@Cast(value="NppStatus")
public static int nppsNormDiff_Inf_16s32f(@Cast(value="const Npp16s*")
                                    ShortBuffer pSrc1,
                                    @Cast(value="const Npp16s*")
                                    ShortBuffer pSrc2,
                                    int nLength,
                                    @Cast(value="Npp32f*")
                                    FloatBuffer pNorm,
                                    @Cast(value="Npp8u*")
                                    ByteBuffer pDeviceBuffer)

nppsNormDiff_Inf_16s32f

@Cast(value="NppStatus")
public static int nppsNormDiff_Inf_16s32f(@Cast(value="const Npp16s*")
                                    short[] pSrc1,
                                    @Cast(value="const Npp16s*")
                                    short[] pSrc2,
                                    int nLength,
                                    @Cast(value="Npp32f*")
                                    float[] pNorm,
                                    @Cast(value="Npp8u*")
                                    byte[] pDeviceBuffer)

nppsNormDiffInfGetBufferSize_32fc32f
```
@Cast(value="NppStatus")
public static int nppsNormDiffInfGetBufferSize_32fc32f(int nLength,
                                                 IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsNormDiff_Inf_32fc32f. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsNormDiffInfGetBufferSize_32fc32f

@Cast(value="NppStatus")
public static int nppsNormDiffInfGetBufferSize_32fc32f(int nLength,
                                                 IntBuffer hpBufferSize)

nppsNormDiffInfGetBufferSize_32fc32f

@Cast(value="NppStatus")
public static int nppsNormDiffInfGetBufferSize_32fc32f(int nLength,
                                                 int[] hpBufferSize)

nppsNormDiff_Inf_32fc32f

@Cast(value="NppStatus")
public static int nppsNormDiff_Inf_32fc32f(@Const
                                     nppc.Npp32fc pSrc1,
                                     @Const
                                     nppc.Npp32fc pSrc2,
                                     int nLength,
                                     @Cast(value="Npp32f*")
                                     FloatPointer pNorm,
                                     @Cast(value="Npp8u*")
                                     BytePointer pDeviceBuffer)

32-bit float complex C norm method on two vectors' difference, return value is 32-bit float. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. \param nLength \ref length_specification. \param pNorm Pointer to the norm result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsNormDiffInfGetBufferSize_32fc32f to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsNormDiff_Inf_32fc32f

@Cast(value="NppStatus")
public static int nppsNormDiff_Inf_32fc32f(@Const
                                     nppc.Npp32fc pSrc1,
                                     @Const
                                     nppc.Npp32fc pSrc2,
                                     int nLength,
                                     @Cast(value="Npp32f*")
                                     FloatBuffer pNorm,
                                     @Cast(value="Npp8u*")
                                     ByteBuffer pDeviceBuffer)

nppsNormDiff_Inf_32fc32f

@Cast(value="NppStatus")
public static int nppsNormDiff_Inf_32fc32f(@Const
                                     nppc.Npp32fc pSrc1,
                                     @Const
                                     nppc.Npp32fc pSrc2,
                                     int nLength,
                                     @Cast(value="Npp32f*")
                                     float[] pNorm,
                                     @Cast(value="Npp8u*")
                                     byte[] pDeviceBuffer)

nppsNormDiffInfGetBufferSize_64fc64f
```
@Cast(value="NppStatus")
public static int nppsNormDiffInfGetBufferSize_64fc64f(int nLength,
                                                 IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsNormDiff_Inf_64fc64f. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsNormDiffInfGetBufferSize_64fc64f

@Cast(value="NppStatus")
public static int nppsNormDiffInfGetBufferSize_64fc64f(int nLength,
                                                 IntBuffer hpBufferSize)

nppsNormDiffInfGetBufferSize_64fc64f

@Cast(value="NppStatus")
public static int nppsNormDiffInfGetBufferSize_64fc64f(int nLength,
                                                 int[] hpBufferSize)

nppsNormDiff_Inf_64fc64f

@Cast(value="NppStatus")
public static int nppsNormDiff_Inf_64fc64f(@Const
                                     nppc.Npp64fc pSrc1,
                                     @Const
                                     nppc.Npp64fc pSrc2,
                                     int nLength,
                                     @Cast(value="Npp64f*")
                                     DoublePointer pNorm,
                                     @Cast(value="Npp8u*")
                                     BytePointer pDeviceBuffer)

64-bit float complex C norm method on two vectors' difference, return value is 64-bit float. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. \param nLength \ref length_specification. \param pNorm Pointer to the norm result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsNormDiffInfGetBufferSize_64fc64f to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsNormDiff_Inf_64fc64f

@Cast(value="NppStatus")
public static int nppsNormDiff_Inf_64fc64f(@Const
                                     nppc.Npp64fc pSrc1,
                                     @Const
                                     nppc.Npp64fc pSrc2,
                                     int nLength,
                                     @Cast(value="Npp64f*")
                                     DoubleBuffer pNorm,
                                     @Cast(value="Npp8u*")
                                     ByteBuffer pDeviceBuffer)

nppsNormDiff_Inf_64fc64f

@Cast(value="NppStatus")
public static int nppsNormDiff_Inf_64fc64f(@Const
                                     nppc.Npp64fc pSrc1,
                                     @Const
                                     nppc.Npp64fc pSrc2,
                                     int nLength,
                                     @Cast(value="Npp64f*")
                                     double[] pNorm,
                                     @Cast(value="Npp8u*")
                                     byte[] pDeviceBuffer)

nppsNormDiffInfGetBufferSize_16s32s_Sfs
```
@Cast(value="NppStatus")
public static int nppsNormDiffInfGetBufferSize_16s32s_Sfs(int nLength,
                                                    IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsNormDiff_Inf_16s32s_Sfs. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsNormDiffInfGetBufferSize_16s32s_Sfs

@Cast(value="NppStatus")
public static int nppsNormDiffInfGetBufferSize_16s32s_Sfs(int nLength,
                                                    IntBuffer hpBufferSize)

nppsNormDiffInfGetBufferSize_16s32s_Sfs

@Cast(value="NppStatus")
public static int nppsNormDiffInfGetBufferSize_16s32s_Sfs(int nLength,
                                                    int[] hpBufferSize)

nppsNormDiff_Inf_16s32s_Sfs

@Cast(value="NppStatus")
public static int nppsNormDiff_Inf_16s32s_Sfs(@Cast(value="const Npp16s*")
                                        ShortPointer pSrc1,
                                        @Cast(value="const Npp16s*")
                                        ShortPointer pSrc2,
                                        int nLength,
                                        @Cast(value="Npp32s*")
                                        IntPointer pNorm,
                                        int nScaleFactor,
                                        @Cast(value="Npp8u*")
                                        BytePointer pDeviceBuffer)

16-bit signed short integer C norm method on two vectors' difference, return value is 32-bit signed integer. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. \param nLength \ref length_specification. \param pNorm Pointer to the norm result. \param nScaleFactor \ref integer_result_scaling. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsNormDiffInfGetBufferSize_16s32s_Sfs to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsNormDiff_Inf_16s32s_Sfs

@Cast(value="NppStatus")
public static int nppsNormDiff_Inf_16s32s_Sfs(@Cast(value="const Npp16s*")
                                        ShortBuffer pSrc1,
                                        @Cast(value="const Npp16s*")
                                        ShortBuffer pSrc2,
                                        int nLength,
                                        @Cast(value="Npp32s*")
                                        IntBuffer pNorm,
                                        int nScaleFactor,
                                        @Cast(value="Npp8u*")
                                        ByteBuffer pDeviceBuffer)

nppsNormDiff_Inf_16s32s_Sfs

@Cast(value="NppStatus")
public static int nppsNormDiff_Inf_16s32s_Sfs(@Cast(value="const Npp16s*")
                                        short[] pSrc1,
                                        @Cast(value="const Npp16s*")
                                        short[] pSrc2,
                                        int nLength,
                                        @Cast(value="Npp32s*")
                                        int[] pNorm,
                                        int nScaleFactor,
                                        @Cast(value="Npp8u*")
                                        byte[] pDeviceBuffer)

nppsNormDiffL1GetBufferSize_32f
```
@Cast(value="NppStatus")
public static int nppsNormDiffL1GetBufferSize_32f(int nLength,
                                            IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsNormDiff_L1_32f. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsNormDiffL1GetBufferSize_32f

@Cast(value="NppStatus")
public static int nppsNormDiffL1GetBufferSize_32f(int nLength,
                                            IntBuffer hpBufferSize)

nppsNormDiffL1GetBufferSize_32f

@Cast(value="NppStatus")
public static int nppsNormDiffL1GetBufferSize_32f(int nLength,
                                            int[] hpBufferSize)

nppsNormDiff_L1_32f

@Cast(value="NppStatus")
public static int nppsNormDiff_L1_32f(@Cast(value="const Npp32f*")
                                FloatPointer pSrc1,
                                @Cast(value="const Npp32f*")
                                FloatPointer pSrc2,
                                int nLength,
                                @Cast(value="Npp32f*")
                                FloatPointer pNorm,
                                @Cast(value="Npp8u*")
                                BytePointer pDeviceBuffer)

32-bit float L1 norm method on two vectors' difference \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. \param nLength \ref length_specification. \param pNorm Pointer to the norm result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsNormDiffL1GetBufferSize_32f to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsNormDiff_L1_32f

@Cast(value="NppStatus")
public static int nppsNormDiff_L1_32f(@Cast(value="const Npp32f*")
                                FloatBuffer pSrc1,
                                @Cast(value="const Npp32f*")
                                FloatBuffer pSrc2,
                                int nLength,
                                @Cast(value="Npp32f*")
                                FloatBuffer pNorm,
                                @Cast(value="Npp8u*")
                                ByteBuffer pDeviceBuffer)

nppsNormDiff_L1_32f

@Cast(value="NppStatus")
public static int nppsNormDiff_L1_32f(@Cast(value="const Npp32f*")
                                float[] pSrc1,
                                @Cast(value="const Npp32f*")
                                float[] pSrc2,
                                int nLength,
                                @Cast(value="Npp32f*")
                                float[] pNorm,
                                @Cast(value="Npp8u*")
                                byte[] pDeviceBuffer)

nppsNormDiffL1GetBufferSize_64f
```
@Cast(value="NppStatus")
public static int nppsNormDiffL1GetBufferSize_64f(int nLength,
                                            IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsNormDiff_L1_64f. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsNormDiffL1GetBufferSize_64f

@Cast(value="NppStatus")
public static int nppsNormDiffL1GetBufferSize_64f(int nLength,
                                            IntBuffer hpBufferSize)

nppsNormDiffL1GetBufferSize_64f

@Cast(value="NppStatus")
public static int nppsNormDiffL1GetBufferSize_64f(int nLength,
                                            int[] hpBufferSize)

nppsNormDiff_L1_64f

@Cast(value="NppStatus")
public static int nppsNormDiff_L1_64f(@Cast(value="const Npp64f*")
                                DoublePointer pSrc1,
                                @Cast(value="const Npp64f*")
                                DoublePointer pSrc2,
                                int nLength,
                                @Cast(value="Npp64f*")
                                DoublePointer pNorm,
                                @Cast(value="Npp8u*")
                                BytePointer pDeviceBuffer)

64-bit float L1 norm method on two vectors' difference \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. \param nLength \ref length_specification. \param pNorm Pointer to the norm result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsNormDiffL1GetBufferSize_64f to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsNormDiff_L1_64f

@Cast(value="NppStatus")
public static int nppsNormDiff_L1_64f(@Cast(value="const Npp64f*")
                                DoubleBuffer pSrc1,
                                @Cast(value="const Npp64f*")
                                DoubleBuffer pSrc2,
                                int nLength,
                                @Cast(value="Npp64f*")
                                DoubleBuffer pNorm,
                                @Cast(value="Npp8u*")
                                ByteBuffer pDeviceBuffer)

nppsNormDiff_L1_64f

@Cast(value="NppStatus")
public static int nppsNormDiff_L1_64f(@Cast(value="const Npp64f*")
                                double[] pSrc1,
                                @Cast(value="const Npp64f*")
                                double[] pSrc2,
                                int nLength,
                                @Cast(value="Npp64f*")
                                double[] pNorm,
                                @Cast(value="Npp8u*")
                                byte[] pDeviceBuffer)

nppsNormDiffL1GetBufferSize_16s32f
```
@Cast(value="NppStatus")
public static int nppsNormDiffL1GetBufferSize_16s32f(int nLength,
                                               IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsNormDiff_L1_16s32f. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsNormDiffL1GetBufferSize_16s32f

@Cast(value="NppStatus")
public static int nppsNormDiffL1GetBufferSize_16s32f(int nLength,
                                               IntBuffer hpBufferSize)

nppsNormDiffL1GetBufferSize_16s32f

@Cast(value="NppStatus")
public static int nppsNormDiffL1GetBufferSize_16s32f(int nLength,
                                               int[] hpBufferSize)

nppsNormDiff_L1_16s32f

@Cast(value="NppStatus")
public static int nppsNormDiff_L1_16s32f(@Cast(value="const Npp16s*")
                                   ShortPointer pSrc1,
                                   @Cast(value="const Npp16s*")
                                   ShortPointer pSrc2,
                                   int nLength,
                                   @Cast(value="Npp32f*")
                                   FloatPointer pNorm,
                                   @Cast(value="Npp8u*")
                                   BytePointer pDeviceBuffer)

16-bit signed short integer L1 norm method on two vectors' difference, return value is 32-bit float. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. \param nLength \ref length_specification. \param pNorm Pointer to the L1 norm result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsNormDiffL1GetBufferSize_16s32f to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsNormDiff_L1_16s32f

@Cast(value="NppStatus")
public static int nppsNormDiff_L1_16s32f(@Cast(value="const Npp16s*")
                                   ShortBuffer pSrc1,
                                   @Cast(value="const Npp16s*")
                                   ShortBuffer pSrc2,
                                   int nLength,
                                   @Cast(value="Npp32f*")
                                   FloatBuffer pNorm,
                                   @Cast(value="Npp8u*")
                                   ByteBuffer pDeviceBuffer)

nppsNormDiff_L1_16s32f

@Cast(value="NppStatus")
public static int nppsNormDiff_L1_16s32f(@Cast(value="const Npp16s*")
                                   short[] pSrc1,
                                   @Cast(value="const Npp16s*")
                                   short[] pSrc2,
                                   int nLength,
                                   @Cast(value="Npp32f*")
                                   float[] pNorm,
                                   @Cast(value="Npp8u*")
                                   byte[] pDeviceBuffer)

nppsNormDiffL1GetBufferSize_32fc64f
```
@Cast(value="NppStatus")
public static int nppsNormDiffL1GetBufferSize_32fc64f(int nLength,
                                                IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsNormDiff_L1_32fc64f. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsNormDiffL1GetBufferSize_32fc64f

@Cast(value="NppStatus")
public static int nppsNormDiffL1GetBufferSize_32fc64f(int nLength,
                                                IntBuffer hpBufferSize)

nppsNormDiffL1GetBufferSize_32fc64f

@Cast(value="NppStatus")
public static int nppsNormDiffL1GetBufferSize_32fc64f(int nLength,
                                                int[] hpBufferSize)

nppsNormDiff_L1_32fc64f

@Cast(value="NppStatus")
public static int nppsNormDiff_L1_32fc64f(@Const
                                    nppc.Npp32fc pSrc1,
                                    @Const
                                    nppc.Npp32fc pSrc2,
                                    int nLength,
                                    @Cast(value="Npp64f*")
                                    DoublePointer pNorm,
                                    @Cast(value="Npp8u*")
                                    BytePointer pDeviceBuffer)

32-bit float complex L1 norm method on two vectors' difference, return value is 64-bit float. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. \param nLength \ref length_specification. \param pNorm Pointer to the norm result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsNormDiffL1GetBufferSize_32fc64f to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsNormDiff_L1_32fc64f

@Cast(value="NppStatus")
public static int nppsNormDiff_L1_32fc64f(@Const
                                    nppc.Npp32fc pSrc1,
                                    @Const
                                    nppc.Npp32fc pSrc2,
                                    int nLength,
                                    @Cast(value="Npp64f*")
                                    DoubleBuffer pNorm,
                                    @Cast(value="Npp8u*")
                                    ByteBuffer pDeviceBuffer)

nppsNormDiff_L1_32fc64f

@Cast(value="NppStatus")
public static int nppsNormDiff_L1_32fc64f(@Const
                                    nppc.Npp32fc pSrc1,
                                    @Const
                                    nppc.Npp32fc pSrc2,
                                    int nLength,
                                    @Cast(value="Npp64f*")
                                    double[] pNorm,
                                    @Cast(value="Npp8u*")
                                    byte[] pDeviceBuffer)

nppsNormDiffL1GetBufferSize_64fc64f
```
@Cast(value="NppStatus")
public static int nppsNormDiffL1GetBufferSize_64fc64f(int nLength,
                                                IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsNormDiff_L1_64fc64f. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsNormDiffL1GetBufferSize_64fc64f

@Cast(value="NppStatus")
public static int nppsNormDiffL1GetBufferSize_64fc64f(int nLength,
                                                IntBuffer hpBufferSize)

nppsNormDiffL1GetBufferSize_64fc64f

@Cast(value="NppStatus")
public static int nppsNormDiffL1GetBufferSize_64fc64f(int nLength,
                                                int[] hpBufferSize)

nppsNormDiff_L1_64fc64f

@Cast(value="NppStatus")
public static int nppsNormDiff_L1_64fc64f(@Const
                                    nppc.Npp64fc pSrc1,
                                    @Const
                                    nppc.Npp64fc pSrc2,
                                    int nLength,
                                    @Cast(value="Npp64f*")
                                    DoublePointer pNorm,
                                    @Cast(value="Npp8u*")
                                    BytePointer pDeviceBuffer)

64-bit float complex L1 norm method on two vectors' difference, return value is 64-bit float. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. \param nLength \ref length_specification. \param pNorm Pointer to the norm result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsNormDiffL1GetBufferSize_64fc64f to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsNormDiff_L1_64fc64f

@Cast(value="NppStatus")
public static int nppsNormDiff_L1_64fc64f(@Const
                                    nppc.Npp64fc pSrc1,
                                    @Const
                                    nppc.Npp64fc pSrc2,
                                    int nLength,
                                    @Cast(value="Npp64f*")
                                    DoubleBuffer pNorm,
                                    @Cast(value="Npp8u*")
                                    ByteBuffer pDeviceBuffer)

nppsNormDiff_L1_64fc64f

@Cast(value="NppStatus")
public static int nppsNormDiff_L1_64fc64f(@Const
                                    nppc.Npp64fc pSrc1,
                                    @Const
                                    nppc.Npp64fc pSrc2,
                                    int nLength,
                                    @Cast(value="Npp64f*")
                                    double[] pNorm,
                                    @Cast(value="Npp8u*")
                                    byte[] pDeviceBuffer)

nppsNormDiffL1GetBufferSize_16s32s_Sfs
```
@Cast(value="NppStatus")
public static int nppsNormDiffL1GetBufferSize_16s32s_Sfs(int nLength,
                                                   IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsNormDiff_L1_16s32s_Sfs. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsNormDiffL1GetBufferSize_16s32s_Sfs

@Cast(value="NppStatus")
public static int nppsNormDiffL1GetBufferSize_16s32s_Sfs(int nLength,
                                                   IntBuffer hpBufferSize)

nppsNormDiffL1GetBufferSize_16s32s_Sfs

@Cast(value="NppStatus")
public static int nppsNormDiffL1GetBufferSize_16s32s_Sfs(int nLength,
                                                   int[] hpBufferSize)

nppsNormDiff_L1_16s32s_Sfs

@Cast(value="NppStatus")
public static int nppsNormDiff_L1_16s32s_Sfs(@Cast(value="const Npp16s*")
                                       ShortPointer pSrc1,
                                       @Cast(value="const Npp16s*")
                                       ShortPointer pSrc2,
                                       int nLength,
                                       @Cast(value="Npp32s*")
                                       IntPointer pNorm,
                                       int nScaleFactor,
                                       @Cast(value="Npp8u*")
                                       BytePointer pDeviceBuffer)

16-bit signed short integer L1 norm method on two vectors' difference, return value is 32-bit signed integer. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer.. \param nLength \ref length_specification. \param pNorm Pointer to the norm result. \param nScaleFactor \ref integer_result_scaling. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsNormDiffL1GetBufferSize_16s32s_Sfs to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsNormDiff_L1_16s32s_Sfs

@Cast(value="NppStatus")
public static int nppsNormDiff_L1_16s32s_Sfs(@Cast(value="const Npp16s*")
                                       ShortBuffer pSrc1,
                                       @Cast(value="const Npp16s*")
                                       ShortBuffer pSrc2,
                                       int nLength,
                                       @Cast(value="Npp32s*")
                                       IntBuffer pNorm,
                                       int nScaleFactor,
                                       @Cast(value="Npp8u*")
                                       ByteBuffer pDeviceBuffer)

nppsNormDiff_L1_16s32s_Sfs

@Cast(value="NppStatus")
public static int nppsNormDiff_L1_16s32s_Sfs(@Cast(value="const Npp16s*")
                                       short[] pSrc1,
                                       @Cast(value="const Npp16s*")
                                       short[] pSrc2,
                                       int nLength,
                                       @Cast(value="Npp32s*")
                                       int[] pNorm,
                                       int nScaleFactor,
                                       @Cast(value="Npp8u*")
                                       byte[] pDeviceBuffer)

nppsNormDiffL1GetBufferSize_16s64s_Sfs
```
@Cast(value="NppStatus")
public static int nppsNormDiffL1GetBufferSize_16s64s_Sfs(int nLength,
                                                   IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsNormDiff_L1_16s64s_Sfs. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsNormDiffL1GetBufferSize_16s64s_Sfs

@Cast(value="NppStatus")
public static int nppsNormDiffL1GetBufferSize_16s64s_Sfs(int nLength,
                                                   IntBuffer hpBufferSize)

nppsNormDiffL1GetBufferSize_16s64s_Sfs

@Cast(value="NppStatus")
public static int nppsNormDiffL1GetBufferSize_16s64s_Sfs(int nLength,
                                                   int[] hpBufferSize)

nppsNormDiff_L1_16s64s_Sfs

@Cast(value="NppStatus")
public static int nppsNormDiff_L1_16s64s_Sfs(@Cast(value="const Npp16s*")
                                       ShortPointer pSrc1,
                                       @Cast(value="const Npp16s*")
                                       ShortPointer pSrc2,
                                       int nLength,
                                       @Cast(value="Npp64s*")
                                       LongPointer pNorm,
                                       int nScaleFactor,
                                       @Cast(value="Npp8u*")
                                       BytePointer pDeviceBuffer)

16-bit signed short integer L1 norm method on two vectors' difference, return value is 64-bit signed integer. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. \param nLength \ref length_specification. \param pNorm Pointer to the norm result. \param nScaleFactor \ref integer_result_scaling. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsNormDiffL1GetBufferSize_16s64s_Sfs to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsNormDiff_L1_16s64s_Sfs

@Cast(value="NppStatus")
public static int nppsNormDiff_L1_16s64s_Sfs(@Cast(value="const Npp16s*")
                                       ShortBuffer pSrc1,
                                       @Cast(value="const Npp16s*")
                                       ShortBuffer pSrc2,
                                       int nLength,
                                       @Cast(value="Npp64s*")
                                       LongBuffer pNorm,
                                       int nScaleFactor,
                                       @Cast(value="Npp8u*")
                                       ByteBuffer pDeviceBuffer)

nppsNormDiff_L1_16s64s_Sfs

@Cast(value="NppStatus")
public static int nppsNormDiff_L1_16s64s_Sfs(@Cast(value="const Npp16s*")
                                       short[] pSrc1,
                                       @Cast(value="const Npp16s*")
                                       short[] pSrc2,
                                       int nLength,
                                       @Cast(value="Npp64s*")
                                       long[] pNorm,
                                       int nScaleFactor,
                                       @Cast(value="Npp8u*")
                                       byte[] pDeviceBuffer)

nppsNormDiffL2GetBufferSize_32f
```
@Cast(value="NppStatus")
public static int nppsNormDiffL2GetBufferSize_32f(int nLength,
                                            IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsNormDiff_L2_32f. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsNormDiffL2GetBufferSize_32f

@Cast(value="NppStatus")
public static int nppsNormDiffL2GetBufferSize_32f(int nLength,
                                            IntBuffer hpBufferSize)

nppsNormDiffL2GetBufferSize_32f

@Cast(value="NppStatus")
public static int nppsNormDiffL2GetBufferSize_32f(int nLength,
                                            int[] hpBufferSize)

nppsNormDiff_L2_32f

@Cast(value="NppStatus")
public static int nppsNormDiff_L2_32f(@Cast(value="const Npp32f*")
                                FloatPointer pSrc1,
                                @Cast(value="const Npp32f*")
                                FloatPointer pSrc2,
                                int nLength,
                                @Cast(value="Npp32f*")
                                FloatPointer pNorm,
                                @Cast(value="Npp8u*")
                                BytePointer pDeviceBuffer)

32-bit float L2 norm method on two vectors' difference \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. \param nLength \ref length_specification. \param pNorm Pointer to the norm result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsNormDiffL2GetBufferSize_32f to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsNormDiff_L2_32f

@Cast(value="NppStatus")
public static int nppsNormDiff_L2_32f(@Cast(value="const Npp32f*")
                                FloatBuffer pSrc1,
                                @Cast(value="const Npp32f*")
                                FloatBuffer pSrc2,
                                int nLength,
                                @Cast(value="Npp32f*")
                                FloatBuffer pNorm,
                                @Cast(value="Npp8u*")
                                ByteBuffer pDeviceBuffer)

nppsNormDiff_L2_32f

@Cast(value="NppStatus")
public static int nppsNormDiff_L2_32f(@Cast(value="const Npp32f*")
                                float[] pSrc1,
                                @Cast(value="const Npp32f*")
                                float[] pSrc2,
                                int nLength,
                                @Cast(value="Npp32f*")
                                float[] pNorm,
                                @Cast(value="Npp8u*")
                                byte[] pDeviceBuffer)

nppsNormDiffL2GetBufferSize_64f
```
@Cast(value="NppStatus")
public static int nppsNormDiffL2GetBufferSize_64f(int nLength,
                                            IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsNormDiff_L2_64f. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsNormDiffL2GetBufferSize_64f

@Cast(value="NppStatus")
public static int nppsNormDiffL2GetBufferSize_64f(int nLength,
                                            IntBuffer hpBufferSize)

nppsNormDiffL2GetBufferSize_64f

@Cast(value="NppStatus")
public static int nppsNormDiffL2GetBufferSize_64f(int nLength,
                                            int[] hpBufferSize)

nppsNormDiff_L2_64f

@Cast(value="NppStatus")
public static int nppsNormDiff_L2_64f(@Cast(value="const Npp64f*")
                                DoublePointer pSrc1,
                                @Cast(value="const Npp64f*")
                                DoublePointer pSrc2,
                                int nLength,
                                @Cast(value="Npp64f*")
                                DoublePointer pNorm,
                                @Cast(value="Npp8u*")
                                BytePointer pDeviceBuffer)

64-bit float L2 norm method on two vectors' difference \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. \param nLength \ref length_specification. \param pNorm Pointer to the norm result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsNormDiffL2GetBufferSize_64f to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsNormDiff_L2_64f

@Cast(value="NppStatus")
public static int nppsNormDiff_L2_64f(@Cast(value="const Npp64f*")
                                DoubleBuffer pSrc1,
                                @Cast(value="const Npp64f*")
                                DoubleBuffer pSrc2,
                                int nLength,
                                @Cast(value="Npp64f*")
                                DoubleBuffer pNorm,
                                @Cast(value="Npp8u*")
                                ByteBuffer pDeviceBuffer)

nppsNormDiff_L2_64f

@Cast(value="NppStatus")
public static int nppsNormDiff_L2_64f(@Cast(value="const Npp64f*")
                                double[] pSrc1,
                                @Cast(value="const Npp64f*")
                                double[] pSrc2,
                                int nLength,
                                @Cast(value="Npp64f*")
                                double[] pNorm,
                                @Cast(value="Npp8u*")
                                byte[] pDeviceBuffer)

nppsNormDiffL2GetBufferSize_16s32f
```
@Cast(value="NppStatus")
public static int nppsNormDiffL2GetBufferSize_16s32f(int nLength,
                                               IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsNormDiff_L2_16s32f. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsNormDiffL2GetBufferSize_16s32f

@Cast(value="NppStatus")
public static int nppsNormDiffL2GetBufferSize_16s32f(int nLength,
                                               IntBuffer hpBufferSize)

nppsNormDiffL2GetBufferSize_16s32f

@Cast(value="NppStatus")
public static int nppsNormDiffL2GetBufferSize_16s32f(int nLength,
                                               int[] hpBufferSize)

nppsNormDiff_L2_16s32f

@Cast(value="NppStatus")
public static int nppsNormDiff_L2_16s32f(@Cast(value="const Npp16s*")
                                   ShortPointer pSrc1,
                                   @Cast(value="const Npp16s*")
                                   ShortPointer pSrc2,
                                   int nLength,
                                   @Cast(value="Npp32f*")
                                   FloatPointer pNorm,
                                   @Cast(value="Npp8u*")
                                   BytePointer pDeviceBuffer)

16-bit signed short integer L2 norm method on two vectors' difference, return value is 32-bit float. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. \param nLength \ref length_specification. \param pNorm Pointer to the norm result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsNormDiffL2GetBufferSize_16s32f to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsNormDiff_L2_16s32f

@Cast(value="NppStatus")
public static int nppsNormDiff_L2_16s32f(@Cast(value="const Npp16s*")
                                   ShortBuffer pSrc1,
                                   @Cast(value="const Npp16s*")
                                   ShortBuffer pSrc2,
                                   int nLength,
                                   @Cast(value="Npp32f*")
                                   FloatBuffer pNorm,
                                   @Cast(value="Npp8u*")
                                   ByteBuffer pDeviceBuffer)

nppsNormDiff_L2_16s32f

@Cast(value="NppStatus")
public static int nppsNormDiff_L2_16s32f(@Cast(value="const Npp16s*")
                                   short[] pSrc1,
                                   @Cast(value="const Npp16s*")
                                   short[] pSrc2,
                                   int nLength,
                                   @Cast(value="Npp32f*")
                                   float[] pNorm,
                                   @Cast(value="Npp8u*")
                                   byte[] pDeviceBuffer)

nppsNormDiffL2GetBufferSize_32fc64f
```
@Cast(value="NppStatus")
public static int nppsNormDiffL2GetBufferSize_32fc64f(int nLength,
                                                IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsNormDiff_L2_32fc64f. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsNormDiffL2GetBufferSize_32fc64f

@Cast(value="NppStatus")
public static int nppsNormDiffL2GetBufferSize_32fc64f(int nLength,
                                                IntBuffer hpBufferSize)

nppsNormDiffL2GetBufferSize_32fc64f

@Cast(value="NppStatus")
public static int nppsNormDiffL2GetBufferSize_32fc64f(int nLength,
                                                int[] hpBufferSize)

nppsNormDiff_L2_32fc64f

@Cast(value="NppStatus")
public static int nppsNormDiff_L2_32fc64f(@Const
                                    nppc.Npp32fc pSrc1,
                                    @Const
                                    nppc.Npp32fc pSrc2,
                                    int nLength,
                                    @Cast(value="Npp64f*")
                                    DoublePointer pNorm,
                                    @Cast(value="Npp8u*")
                                    BytePointer pDeviceBuffer)

32-bit float complex L2 norm method on two vectors' difference, return value is 64-bit float. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. \param nLength \ref length_specification. \param pNorm Pointer to the norm result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsNormDiffL2GetBufferSize_32fc64f to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsNormDiff_L2_32fc64f

@Cast(value="NppStatus")
public static int nppsNormDiff_L2_32fc64f(@Const
                                    nppc.Npp32fc pSrc1,
                                    @Const
                                    nppc.Npp32fc pSrc2,
                                    int nLength,
                                    @Cast(value="Npp64f*")
                                    DoubleBuffer pNorm,
                                    @Cast(value="Npp8u*")
                                    ByteBuffer pDeviceBuffer)

nppsNormDiff_L2_32fc64f

@Cast(value="NppStatus")
public static int nppsNormDiff_L2_32fc64f(@Const
                                    nppc.Npp32fc pSrc1,
                                    @Const
                                    nppc.Npp32fc pSrc2,
                                    int nLength,
                                    @Cast(value="Npp64f*")
                                    double[] pNorm,
                                    @Cast(value="Npp8u*")
                                    byte[] pDeviceBuffer)

nppsNormDiffL2GetBufferSize_64fc64f
```
@Cast(value="NppStatus")
public static int nppsNormDiffL2GetBufferSize_64fc64f(int nLength,
                                                IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsNormDiff_L2_64fc64f. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsNormDiffL2GetBufferSize_64fc64f

@Cast(value="NppStatus")
public static int nppsNormDiffL2GetBufferSize_64fc64f(int nLength,
                                                IntBuffer hpBufferSize)

nppsNormDiffL2GetBufferSize_64fc64f

@Cast(value="NppStatus")
public static int nppsNormDiffL2GetBufferSize_64fc64f(int nLength,
                                                int[] hpBufferSize)

nppsNormDiff_L2_64fc64f

@Cast(value="NppStatus")
public static int nppsNormDiff_L2_64fc64f(@Const
                                    nppc.Npp64fc pSrc1,
                                    @Const
                                    nppc.Npp64fc pSrc2,
                                    int nLength,
                                    @Cast(value="Npp64f*")
                                    DoublePointer pNorm,
                                    @Cast(value="Npp8u*")
                                    BytePointer pDeviceBuffer)

64-bit float complex L2 norm method on two vectors' difference, return value is 64-bit float. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. \param nLength \ref length_specification. \param pNorm Pointer to the norm result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsNormDiffL2GetBufferSize_64fc64f to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsNormDiff_L2_64fc64f

@Cast(value="NppStatus")
public static int nppsNormDiff_L2_64fc64f(@Const
                                    nppc.Npp64fc pSrc1,
                                    @Const
                                    nppc.Npp64fc pSrc2,
                                    int nLength,
                                    @Cast(value="Npp64f*")
                                    DoubleBuffer pNorm,
                                    @Cast(value="Npp8u*")
                                    ByteBuffer pDeviceBuffer)

nppsNormDiff_L2_64fc64f

@Cast(value="NppStatus")
public static int nppsNormDiff_L2_64fc64f(@Const
                                    nppc.Npp64fc pSrc1,
                                    @Const
                                    nppc.Npp64fc pSrc2,
                                    int nLength,
                                    @Cast(value="Npp64f*")
                                    double[] pNorm,
                                    @Cast(value="Npp8u*")
                                    byte[] pDeviceBuffer)

nppsNormDiffL2GetBufferSize_16s32s_Sfs
```
@Cast(value="NppStatus")
public static int nppsNormDiffL2GetBufferSize_16s32s_Sfs(int nLength,
                                                   IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsNormDiff_L2_16s32s_Sfs. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsNormDiffL2GetBufferSize_16s32s_Sfs

@Cast(value="NppStatus")
public static int nppsNormDiffL2GetBufferSize_16s32s_Sfs(int nLength,
                                                   IntBuffer hpBufferSize)

nppsNormDiffL2GetBufferSize_16s32s_Sfs

@Cast(value="NppStatus")
public static int nppsNormDiffL2GetBufferSize_16s32s_Sfs(int nLength,
                                                   int[] hpBufferSize)

nppsNormDiff_L2_16s32s_Sfs

@Cast(value="NppStatus")
public static int nppsNormDiff_L2_16s32s_Sfs(@Cast(value="const Npp16s*")
                                       ShortPointer pSrc1,
                                       @Cast(value="const Npp16s*")
                                       ShortPointer pSrc2,
                                       int nLength,
                                       @Cast(value="Npp32s*")
                                       IntPointer pNorm,
                                       int nScaleFactor,
                                       @Cast(value="Npp8u*")
                                       BytePointer pDeviceBuffer)

16-bit signed short integer L2 norm method on two vectors' difference, return value is 32-bit signed integer. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. \param nLength \ref length_specification. \param pNorm Pointer to the norm result. \param nScaleFactor \ref integer_result_scaling. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsNormDiffL2GetBufferSize_16s32s_Sfs to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsNormDiff_L2_16s32s_Sfs

@Cast(value="NppStatus")
public static int nppsNormDiff_L2_16s32s_Sfs(@Cast(value="const Npp16s*")
                                       ShortBuffer pSrc1,
                                       @Cast(value="const Npp16s*")
                                       ShortBuffer pSrc2,
                                       int nLength,
                                       @Cast(value="Npp32s*")
                                       IntBuffer pNorm,
                                       int nScaleFactor,
                                       @Cast(value="Npp8u*")
                                       ByteBuffer pDeviceBuffer)

nppsNormDiff_L2_16s32s_Sfs

@Cast(value="NppStatus")
public static int nppsNormDiff_L2_16s32s_Sfs(@Cast(value="const Npp16s*")
                                       short[] pSrc1,
                                       @Cast(value="const Npp16s*")
                                       short[] pSrc2,
                                       int nLength,
                                       @Cast(value="Npp32s*")
                                       int[] pNorm,
                                       int nScaleFactor,
                                       @Cast(value="Npp8u*")
                                       byte[] pDeviceBuffer)

nppsNormDiffL2SqrGetBufferSize_16s64s_Sfs
```
@Cast(value="NppStatus")
public static int nppsNormDiffL2SqrGetBufferSize_16s64s_Sfs(int nLength,
                                                      IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsNormDiff_L2Sqr_16s64s_Sfs. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsNormDiffL2SqrGetBufferSize_16s64s_Sfs

@Cast(value="NppStatus")
public static int nppsNormDiffL2SqrGetBufferSize_16s64s_Sfs(int nLength,
                                                      IntBuffer hpBufferSize)

nppsNormDiffL2SqrGetBufferSize_16s64s_Sfs

@Cast(value="NppStatus")
public static int nppsNormDiffL2SqrGetBufferSize_16s64s_Sfs(int nLength,
                                                      int[] hpBufferSize)

nppsNormDiff_L2Sqr_16s64s_Sfs

@Cast(value="NppStatus")
public static int nppsNormDiff_L2Sqr_16s64s_Sfs(@Cast(value="const Npp16s*")
                                          ShortPointer pSrc1,
                                          @Cast(value="const Npp16s*")
                                          ShortPointer pSrc2,
                                          int nLength,
                                          @Cast(value="Npp64s*")
                                          LongPointer pNorm,
                                          int nScaleFactor,
                                          @Cast(value="Npp8u*")
                                          BytePointer pDeviceBuffer)

16-bit signed short integer L2 Square norm method on two vectors' difference, return value is 64-bit signed integer. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. \param nLength \ref length_specification. \param pNorm Pointer to the norm result. \param nScaleFactor \ref integer_result_scaling. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsNormDiffL2SqrGetBufferSize_16s64s_Sfs to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsNormDiff_L2Sqr_16s64s_Sfs

@Cast(value="NppStatus")
public static int nppsNormDiff_L2Sqr_16s64s_Sfs(@Cast(value="const Npp16s*")
                                          ShortBuffer pSrc1,
                                          @Cast(value="const Npp16s*")
                                          ShortBuffer pSrc2,
                                          int nLength,
                                          @Cast(value="Npp64s*")
                                          LongBuffer pNorm,
                                          int nScaleFactor,
                                          @Cast(value="Npp8u*")
                                          ByteBuffer pDeviceBuffer)

nppsNormDiff_L2Sqr_16s64s_Sfs

@Cast(value="NppStatus")
public static int nppsNormDiff_L2Sqr_16s64s_Sfs(@Cast(value="const Npp16s*")
                                          short[] pSrc1,
                                          @Cast(value="const Npp16s*")
                                          short[] pSrc2,
                                          int nLength,
                                          @Cast(value="Npp64s*")
                                          long[] pNorm,
                                          int nScaleFactor,
                                          @Cast(value="Npp8u*")
                                          byte[] pDeviceBuffer)

nppsDotProdGetBufferSize_32f
```
@Cast(value="NppStatus")
public static int nppsDotProdGetBufferSize_32f(int nLength,
                                         IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsDotProd_32f. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsDotProdGetBufferSize_32f

@Cast(value="NppStatus")
public static int nppsDotProdGetBufferSize_32f(int nLength,
                                         IntBuffer hpBufferSize)

nppsDotProdGetBufferSize_32f

@Cast(value="NppStatus")
public static int nppsDotProdGetBufferSize_32f(int nLength,
                                         int[] hpBufferSize)

nppsDotProd_32f

@Cast(value="NppStatus")
public static int nppsDotProd_32f(@Cast(value="const Npp32f*")
                            FloatPointer pSrc1,
                            @Cast(value="const Npp32f*")
                            FloatPointer pSrc2,
                            int nLength,
                            @Cast(value="Npp32f*")
                            FloatPointer pDp,
                            @Cast(value="Npp8u*")
                            BytePointer pDeviceBuffer)

32-bit float dot product method, return value is 32-bit float. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. \param nLength \ref length_specification. \param pDp Pointer to the dot product result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsDotProdGetBufferSize_32f to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsDotProd_32f

@Cast(value="NppStatus")
public static int nppsDotProd_32f(@Cast(value="const Npp32f*")
                            FloatBuffer pSrc1,
                            @Cast(value="const Npp32f*")
                            FloatBuffer pSrc2,
                            int nLength,
                            @Cast(value="Npp32f*")
                            FloatBuffer pDp,
                            @Cast(value="Npp8u*")
                            ByteBuffer pDeviceBuffer)

nppsDotProd_32f

@Cast(value="NppStatus")
public static int nppsDotProd_32f(@Cast(value="const Npp32f*")
                            float[] pSrc1,
                            @Cast(value="const Npp32f*")
                            float[] pSrc2,
                            int nLength,
                            @Cast(value="Npp32f*")
                            float[] pDp,
                            @Cast(value="Npp8u*")
                            byte[] pDeviceBuffer)

nppsDotProdGetBufferSize_32fc
```
@Cast(value="NppStatus")
public static int nppsDotProdGetBufferSize_32fc(int nLength,
                                          IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsDotProd_32fc. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsDotProdGetBufferSize_32fc

@Cast(value="NppStatus")
public static int nppsDotProdGetBufferSize_32fc(int nLength,
                                          IntBuffer hpBufferSize)

nppsDotProdGetBufferSize_32fc

@Cast(value="NppStatus")
public static int nppsDotProdGetBufferSize_32fc(int nLength,
                                          int[] hpBufferSize)

nppsDotProd_32fc

@Cast(value="NppStatus")
public static int nppsDotProd_32fc(@Const
                             nppc.Npp32fc pSrc1,
                             @Const
                             nppc.Npp32fc pSrc2,
                             int nLength,
                             nppc.Npp32fc pDp,
                             @Cast(value="Npp8u*")
                             BytePointer pDeviceBuffer)

32-bit float complex dot product method, return value is 32-bit float complex. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. \param nLength \ref length_specification. \param pDp Pointer to the dot product result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsDotProdGetBufferSize_32fc to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsDotProd_32fc

@Cast(value="NppStatus")
public static int nppsDotProd_32fc(@Const
                             nppc.Npp32fc pSrc1,
                             @Const
                             nppc.Npp32fc pSrc2,
                             int nLength,
                             nppc.Npp32fc pDp,
                             @Cast(value="Npp8u*")
                             ByteBuffer pDeviceBuffer)

nppsDotProd_32fc

@Cast(value="NppStatus")
public static int nppsDotProd_32fc(@Const
                             nppc.Npp32fc pSrc1,
                             @Const
                             nppc.Npp32fc pSrc2,
                             int nLength,
                             nppc.Npp32fc pDp,
                             @Cast(value="Npp8u*")
                             byte[] pDeviceBuffer)

nppsDotProdGetBufferSize_32f32fc
```
@Cast(value="NppStatus")
public static int nppsDotProdGetBufferSize_32f32fc(int nLength,
                                             IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsDotProd_32f32fc. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsDotProdGetBufferSize_32f32fc

@Cast(value="NppStatus")
public static int nppsDotProdGetBufferSize_32f32fc(int nLength,
                                             IntBuffer hpBufferSize)

nppsDotProdGetBufferSize_32f32fc

@Cast(value="NppStatus")
public static int nppsDotProdGetBufferSize_32f32fc(int nLength,
                                             int[] hpBufferSize)

nppsDotProd_32f32fc

@Cast(value="NppStatus")
public static int nppsDotProd_32f32fc(@Cast(value="const Npp32f*")
                                FloatPointer pSrc1,
                                @Const
                                nppc.Npp32fc pSrc2,
                                int nLength,
                                nppc.Npp32fc pDp,
                                @Cast(value="Npp8u*")
                                BytePointer pDeviceBuffer)

32-bit float and 32-bit float complex dot product method, return value is 32-bit float complex. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. \param nLength \ref length_specification. \param pDp Pointer to the dot product result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsDotProdGetBufferSize_32f32fc to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsDotProd_32f32fc

@Cast(value="NppStatus")
public static int nppsDotProd_32f32fc(@Cast(value="const Npp32f*")
                                FloatBuffer pSrc1,
                                @Const
                                nppc.Npp32fc pSrc2,
                                int nLength,
                                nppc.Npp32fc pDp,
                                @Cast(value="Npp8u*")
                                ByteBuffer pDeviceBuffer)

nppsDotProd_32f32fc

@Cast(value="NppStatus")
public static int nppsDotProd_32f32fc(@Cast(value="const Npp32f*")
                                float[] pSrc1,
                                @Const
                                nppc.Npp32fc pSrc2,
                                int nLength,
                                nppc.Npp32fc pDp,
                                @Cast(value="Npp8u*")
                                byte[] pDeviceBuffer)

nppsDotProdGetBufferSize_32f64f
```
@Cast(value="NppStatus")
public static int nppsDotProdGetBufferSize_32f64f(int nLength,
                                            IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsDotProd_32f64f. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsDotProdGetBufferSize_32f64f

@Cast(value="NppStatus")
public static int nppsDotProdGetBufferSize_32f64f(int nLength,
                                            IntBuffer hpBufferSize)

nppsDotProdGetBufferSize_32f64f

@Cast(value="NppStatus")
public static int nppsDotProdGetBufferSize_32f64f(int nLength,
                                            int[] hpBufferSize)

nppsDotProd_32f64f

@Cast(value="NppStatus")
public static int nppsDotProd_32f64f(@Cast(value="const Npp32f*")
                               FloatPointer pSrc1,
                               @Cast(value="const Npp32f*")
                               FloatPointer pSrc2,
                               int nLength,
                               @Cast(value="Npp64f*")
                               DoublePointer pDp,
                               @Cast(value="Npp8u*")
                               BytePointer pDeviceBuffer)

32-bit float dot product method, return value is 64-bit float. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. \param nLength \ref length_specification. \param pDp Pointer to the dot product result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsDotProdGetBufferSize_32f64f to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsDotProd_32f64f

@Cast(value="NppStatus")
public static int nppsDotProd_32f64f(@Cast(value="const Npp32f*")
                               FloatBuffer pSrc1,
                               @Cast(value="const Npp32f*")
                               FloatBuffer pSrc2,
                               int nLength,
                               @Cast(value="Npp64f*")
                               DoubleBuffer pDp,
                               @Cast(value="Npp8u*")
                               ByteBuffer pDeviceBuffer)

nppsDotProd_32f64f

@Cast(value="NppStatus")
public static int nppsDotProd_32f64f(@Cast(value="const Npp32f*")
                               float[] pSrc1,
                               @Cast(value="const Npp32f*")
                               float[] pSrc2,
                               int nLength,
                               @Cast(value="Npp64f*")
                               double[] pDp,
                               @Cast(value="Npp8u*")
                               byte[] pDeviceBuffer)

nppsDotProdGetBufferSize_32fc64fc
```
@Cast(value="NppStatus")
public static int nppsDotProdGetBufferSize_32fc64fc(int nLength,
                                              IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsDotProd_32fc64fc. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsDotProdGetBufferSize_32fc64fc

@Cast(value="NppStatus")
public static int nppsDotProdGetBufferSize_32fc64fc(int nLength,
                                              IntBuffer hpBufferSize)

nppsDotProdGetBufferSize_32fc64fc

@Cast(value="NppStatus")
public static int nppsDotProdGetBufferSize_32fc64fc(int nLength,
                                              int[] hpBufferSize)

nppsDotProd_32fc64fc

@Cast(value="NppStatus")
public static int nppsDotProd_32fc64fc(@Const
                                 nppc.Npp32fc pSrc1,
                                 @Const
                                 nppc.Npp32fc pSrc2,
                                 int nLength,
                                 nppc.Npp64fc pDp,
                                 @Cast(value="Npp8u*")
                                 BytePointer pDeviceBuffer)

32-bit float complex dot product method, return value is 64-bit float complex. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. \param nLength \ref length_specification. \param pDp Pointer to the dot product result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsDotProdGetBufferSize_32fc64fc to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsDotProd_32fc64fc

@Cast(value="NppStatus")
public static int nppsDotProd_32fc64fc(@Const
                                 nppc.Npp32fc pSrc1,
                                 @Const
                                 nppc.Npp32fc pSrc2,
                                 int nLength,
                                 nppc.Npp64fc pDp,
                                 @Cast(value="Npp8u*")
                                 ByteBuffer pDeviceBuffer)

nppsDotProd_32fc64fc

@Cast(value="NppStatus")
public static int nppsDotProd_32fc64fc(@Const
                                 nppc.Npp32fc pSrc1,
                                 @Const
                                 nppc.Npp32fc pSrc2,
                                 int nLength,
                                 nppc.Npp64fc pDp,
                                 @Cast(value="Npp8u*")
                                 byte[] pDeviceBuffer)

nppsDotProdGetBufferSize_32f32fc64fc
```
@Cast(value="NppStatus")
public static int nppsDotProdGetBufferSize_32f32fc64fc(int nLength,
                                                 IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsDotProd_32f32fc64fc. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsDotProdGetBufferSize_32f32fc64fc

@Cast(value="NppStatus")
public static int nppsDotProdGetBufferSize_32f32fc64fc(int nLength,
                                                 IntBuffer hpBufferSize)

nppsDotProdGetBufferSize_32f32fc64fc

@Cast(value="NppStatus")
public static int nppsDotProdGetBufferSize_32f32fc64fc(int nLength,
                                                 int[] hpBufferSize)

nppsDotProd_32f32fc64fc

@Cast(value="NppStatus")
public static int nppsDotProd_32f32fc64fc(@Cast(value="const Npp32f*")
                                    FloatPointer pSrc1,
                                    @Const
                                    nppc.Npp32fc pSrc2,
                                    int nLength,
                                    nppc.Npp64fc pDp,
                                    @Cast(value="Npp8u*")
                                    BytePointer pDeviceBuffer)

32-bit float and 32-bit float complex dot product method, return value is 64-bit float complex. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. \param nLength \ref length_specification. \param pDp Pointer to the dot product result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsDotProdGetBufferSize_32f32fc64fc to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsDotProd_32f32fc64fc

@Cast(value="NppStatus")
public static int nppsDotProd_32f32fc64fc(@Cast(value="const Npp32f*")
                                    FloatBuffer pSrc1,
                                    @Const
                                    nppc.Npp32fc pSrc2,
                                    int nLength,
                                    nppc.Npp64fc pDp,
                                    @Cast(value="Npp8u*")
                                    ByteBuffer pDeviceBuffer)

nppsDotProd_32f32fc64fc

@Cast(value="NppStatus")
public static int nppsDotProd_32f32fc64fc(@Cast(value="const Npp32f*")
                                    float[] pSrc1,
                                    @Const
                                    nppc.Npp32fc pSrc2,
                                    int nLength,
                                    nppc.Npp64fc pDp,
                                    @Cast(value="Npp8u*")
                                    byte[] pDeviceBuffer)

nppsDotProdGetBufferSize_64f
```
@Cast(value="NppStatus")
public static int nppsDotProdGetBufferSize_64f(int nLength,
                                         IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsDotProd_64f. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsDotProdGetBufferSize_64f

@Cast(value="NppStatus")
public static int nppsDotProdGetBufferSize_64f(int nLength,
                                         IntBuffer hpBufferSize)

nppsDotProdGetBufferSize_64f

@Cast(value="NppStatus")
public static int nppsDotProdGetBufferSize_64f(int nLength,
                                         int[] hpBufferSize)

nppsDotProd_64f

@Cast(value="NppStatus")
public static int nppsDotProd_64f(@Cast(value="const Npp64f*")
                            DoublePointer pSrc1,
                            @Cast(value="const Npp64f*")
                            DoublePointer pSrc2,
                            int nLength,
                            @Cast(value="Npp64f*")
                            DoublePointer pDp,
                            @Cast(value="Npp8u*")
                            BytePointer pDeviceBuffer)

64-bit float dot product method, return value is 64-bit float. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. \param nLength \ref length_specification. \param pDp Pointer to the dot product result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsDotProdGetBufferSize_64f to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsDotProd_64f

@Cast(value="NppStatus")
public static int nppsDotProd_64f(@Cast(value="const Npp64f*")
                            DoubleBuffer pSrc1,
                            @Cast(value="const Npp64f*")
                            DoubleBuffer pSrc2,
                            int nLength,
                            @Cast(value="Npp64f*")
                            DoubleBuffer pDp,
                            @Cast(value="Npp8u*")
                            ByteBuffer pDeviceBuffer)

nppsDotProd_64f

@Cast(value="NppStatus")
public static int nppsDotProd_64f(@Cast(value="const Npp64f*")
                            double[] pSrc1,
                            @Cast(value="const Npp64f*")
                            double[] pSrc2,
                            int nLength,
                            @Cast(value="Npp64f*")
                            double[] pDp,
                            @Cast(value="Npp8u*")
                            byte[] pDeviceBuffer)

nppsDotProdGetBufferSize_64fc
```
@Cast(value="NppStatus")
public static int nppsDotProdGetBufferSize_64fc(int nLength,
                                          IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsDotProd_64fc. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsDotProdGetBufferSize_64fc

@Cast(value="NppStatus")
public static int nppsDotProdGetBufferSize_64fc(int nLength,
                                          IntBuffer hpBufferSize)

nppsDotProdGetBufferSize_64fc

@Cast(value="NppStatus")
public static int nppsDotProdGetBufferSize_64fc(int nLength,
                                          int[] hpBufferSize)

nppsDotProd_64fc

@Cast(value="NppStatus")
public static int nppsDotProd_64fc(@Const
                             nppc.Npp64fc pSrc1,
                             @Const
                             nppc.Npp64fc pSrc2,
                             int nLength,
                             nppc.Npp64fc pDp,
                             @Cast(value="Npp8u*")
                             BytePointer pDeviceBuffer)

64-bit float complex dot product method, return value is 64-bit float complex. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. \param nLength \ref length_specification. \param pDp Pointer to the dot product result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsDotProdGetBufferSize_64fc to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsDotProd_64fc

@Cast(value="NppStatus")
public static int nppsDotProd_64fc(@Const
                             nppc.Npp64fc pSrc1,
                             @Const
                             nppc.Npp64fc pSrc2,
                             int nLength,
                             nppc.Npp64fc pDp,
                             @Cast(value="Npp8u*")
                             ByteBuffer pDeviceBuffer)

nppsDotProd_64fc

@Cast(value="NppStatus")
public static int nppsDotProd_64fc(@Const
                             nppc.Npp64fc pSrc1,
                             @Const
                             nppc.Npp64fc pSrc2,
                             int nLength,
                             nppc.Npp64fc pDp,
                             @Cast(value="Npp8u*")
                             byte[] pDeviceBuffer)

nppsDotProdGetBufferSize_64f64fc
```
@Cast(value="NppStatus")
public static int nppsDotProdGetBufferSize_64f64fc(int nLength,
                                             IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsDotProd_64f64fc. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsDotProdGetBufferSize_64f64fc

@Cast(value="NppStatus")
public static int nppsDotProdGetBufferSize_64f64fc(int nLength,
                                             IntBuffer hpBufferSize)

nppsDotProdGetBufferSize_64f64fc

@Cast(value="NppStatus")
public static int nppsDotProdGetBufferSize_64f64fc(int nLength,
                                             int[] hpBufferSize)

nppsDotProd_64f64fc

@Cast(value="NppStatus")
public static int nppsDotProd_64f64fc(@Cast(value="const Npp64f*")
                                DoublePointer pSrc1,
                                @Const
                                nppc.Npp64fc pSrc2,
                                int nLength,
                                nppc.Npp64fc pDp,
                                @Cast(value="Npp8u*")
                                BytePointer pDeviceBuffer)

64-bit float and 64-bit float complex dot product method, return value is 64-bit float complex. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. \param nLength \ref length_specification. \param pDp Pointer to the dot product result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsDotProdGetBufferSize_64f64fc to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsDotProd_64f64fc

@Cast(value="NppStatus")
public static int nppsDotProd_64f64fc(@Cast(value="const Npp64f*")
                                DoubleBuffer pSrc1,
                                @Const
                                nppc.Npp64fc pSrc2,
                                int nLength,
                                nppc.Npp64fc pDp,
                                @Cast(value="Npp8u*")
                                ByteBuffer pDeviceBuffer)

nppsDotProd_64f64fc

@Cast(value="NppStatus")
public static int nppsDotProd_64f64fc(@Cast(value="const Npp64f*")
                                double[] pSrc1,
                                @Const
                                nppc.Npp64fc pSrc2,
                                int nLength,
                                nppc.Npp64fc pDp,
                                @Cast(value="Npp8u*")
                                byte[] pDeviceBuffer)

nppsDotProdGetBufferSize_16s64s
```
@Cast(value="NppStatus")
public static int nppsDotProdGetBufferSize_16s64s(int nLength,
                                            IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsDotProd_16s64s. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsDotProdGetBufferSize_16s64s

@Cast(value="NppStatus")
public static int nppsDotProdGetBufferSize_16s64s(int nLength,
                                            IntBuffer hpBufferSize)

nppsDotProdGetBufferSize_16s64s

@Cast(value="NppStatus")
public static int nppsDotProdGetBufferSize_16s64s(int nLength,
                                            int[] hpBufferSize)

nppsDotProd_16s64s

@Cast(value="NppStatus")
public static int nppsDotProd_16s64s(@Cast(value="const Npp16s*")
                               ShortPointer pSrc1,
                               @Cast(value="const Npp16s*")
                               ShortPointer pSrc2,
                               int nLength,
                               @Cast(value="Npp64s*")
                               LongPointer pDp,
                               @Cast(value="Npp8u*")
                               BytePointer pDeviceBuffer)

16-bit signed short integer dot product method, return value is 64-bit signed integer. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. \param nLength \ref length_specification. \param pDp Pointer to the dot product result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsDotProdGetBufferSize_16s64s to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsDotProd_16s64s

@Cast(value="NppStatus")
public static int nppsDotProd_16s64s(@Cast(value="const Npp16s*")
                               ShortBuffer pSrc1,
                               @Cast(value="const Npp16s*")
                               ShortBuffer pSrc2,
                               int nLength,
                               @Cast(value="Npp64s*")
                               LongBuffer pDp,
                               @Cast(value="Npp8u*")
                               ByteBuffer pDeviceBuffer)

nppsDotProd_16s64s

@Cast(value="NppStatus")
public static int nppsDotProd_16s64s(@Cast(value="const Npp16s*")
                               short[] pSrc1,
                               @Cast(value="const Npp16s*")
                               short[] pSrc2,
                               int nLength,
                               @Cast(value="Npp64s*")
                               long[] pDp,
                               @Cast(value="Npp8u*")
                               byte[] pDeviceBuffer)

nppsDotProdGetBufferSize_16sc64sc
```
@Cast(value="NppStatus")
public static int nppsDotProdGetBufferSize_16sc64sc(int nLength,
                                              IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsDotProd_16sc64sc. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsDotProdGetBufferSize_16sc64sc

@Cast(value="NppStatus")
public static int nppsDotProdGetBufferSize_16sc64sc(int nLength,
                                              IntBuffer hpBufferSize)

nppsDotProdGetBufferSize_16sc64sc

@Cast(value="NppStatus")
public static int nppsDotProdGetBufferSize_16sc64sc(int nLength,
                                              int[] hpBufferSize)

nppsDotProd_16sc64sc

@Cast(value="NppStatus")
public static int nppsDotProd_16sc64sc(@Const
                                 nppc.Npp16sc pSrc1,
                                 @Const
                                 nppc.Npp16sc pSrc2,
                                 int nLength,
                                 nppc.Npp64sc pDp,
                                 @Cast(value="Npp8u*")
                                 BytePointer pDeviceBuffer)

16-bit signed short integer complex dot product method, return value is 64-bit signed integer complex. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. \param nLength \ref length_specification. \param pDp Pointer to the dot product result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsDotProdGetBufferSize_16sc64sc to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsDotProd_16sc64sc

@Cast(value="NppStatus")
public static int nppsDotProd_16sc64sc(@Const
                                 nppc.Npp16sc pSrc1,
                                 @Const
                                 nppc.Npp16sc pSrc2,
                                 int nLength,
                                 nppc.Npp64sc pDp,
                                 @Cast(value="Npp8u*")
                                 ByteBuffer pDeviceBuffer)

nppsDotProd_16sc64sc

@Cast(value="NppStatus")
public static int nppsDotProd_16sc64sc(@Const
                                 nppc.Npp16sc pSrc1,
                                 @Const
                                 nppc.Npp16sc pSrc2,
                                 int nLength,
                                 nppc.Npp64sc pDp,
                                 @Cast(value="Npp8u*")
                                 byte[] pDeviceBuffer)

nppsDotProdGetBufferSize_16s16sc64sc
```
@Cast(value="NppStatus")
public static int nppsDotProdGetBufferSize_16s16sc64sc(int nLength,
                                                 IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsDotProd_16s16sc64sc. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsDotProdGetBufferSize_16s16sc64sc

@Cast(value="NppStatus")
public static int nppsDotProdGetBufferSize_16s16sc64sc(int nLength,
                                                 IntBuffer hpBufferSize)

nppsDotProdGetBufferSize_16s16sc64sc

@Cast(value="NppStatus")
public static int nppsDotProdGetBufferSize_16s16sc64sc(int nLength,
                                                 int[] hpBufferSize)

nppsDotProd_16s16sc64sc

@Cast(value="NppStatus")
public static int nppsDotProd_16s16sc64sc(@Cast(value="const Npp16s*")
                                    ShortPointer pSrc1,
                                    @Const
                                    nppc.Npp16sc pSrc2,
                                    int nLength,
                                    nppc.Npp64sc pDp,
                                    @Cast(value="Npp8u*")
                                    BytePointer pDeviceBuffer)

16-bit signed short integer and 16-bit signed short integer short dot product method, return value is 64-bit signed integer complex. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. \param nLength \ref length_specification. \param pDp Pointer to the dot product result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsDotProdGetBufferSize_16s16sc64sc to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsDotProd_16s16sc64sc

@Cast(value="NppStatus")
public static int nppsDotProd_16s16sc64sc(@Cast(value="const Npp16s*")
                                    ShortBuffer pSrc1,
                                    @Const
                                    nppc.Npp16sc pSrc2,
                                    int nLength,
                                    nppc.Npp64sc pDp,
                                    @Cast(value="Npp8u*")
                                    ByteBuffer pDeviceBuffer)

nppsDotProd_16s16sc64sc

@Cast(value="NppStatus")
public static int nppsDotProd_16s16sc64sc(@Cast(value="const Npp16s*")
                                    short[] pSrc1,
                                    @Const
                                    nppc.Npp16sc pSrc2,
                                    int nLength,
                                    nppc.Npp64sc pDp,
                                    @Cast(value="Npp8u*")
                                    byte[] pDeviceBuffer)

nppsDotProdGetBufferSize_16s32f
```
@Cast(value="NppStatus")
public static int nppsDotProdGetBufferSize_16s32f(int nLength,
                                            IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsDotProd_16s32f. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsDotProdGetBufferSize_16s32f

@Cast(value="NppStatus")
public static int nppsDotProdGetBufferSize_16s32f(int nLength,
                                            IntBuffer hpBufferSize)

nppsDotProdGetBufferSize_16s32f

@Cast(value="NppStatus")
public static int nppsDotProdGetBufferSize_16s32f(int nLength,
                                            int[] hpBufferSize)

nppsDotProd_16s32f

@Cast(value="NppStatus")
public static int nppsDotProd_16s32f(@Cast(value="const Npp16s*")
                               ShortPointer pSrc1,
                               @Cast(value="const Npp16s*")
                               ShortPointer pSrc2,
                               int nLength,
                               @Cast(value="Npp32f*")
                               FloatPointer pDp,
                               @Cast(value="Npp8u*")
                               BytePointer pDeviceBuffer)

16-bit signed short integer dot product method, return value is 32-bit float. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. \param nLength \ref length_specification. \param pDp Pointer to the dot product result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsDotProdGetBufferSize_16s32f to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsDotProd_16s32f

@Cast(value="NppStatus")
public static int nppsDotProd_16s32f(@Cast(value="const Npp16s*")
                               ShortBuffer pSrc1,
                               @Cast(value="const Npp16s*")
                               ShortBuffer pSrc2,
                               int nLength,
                               @Cast(value="Npp32f*")
                               FloatBuffer pDp,
                               @Cast(value="Npp8u*")
                               ByteBuffer pDeviceBuffer)

nppsDotProd_16s32f

@Cast(value="NppStatus")
public static int nppsDotProd_16s32f(@Cast(value="const Npp16s*")
                               short[] pSrc1,
                               @Cast(value="const Npp16s*")
                               short[] pSrc2,
                               int nLength,
                               @Cast(value="Npp32f*")
                               float[] pDp,
                               @Cast(value="Npp8u*")
                               byte[] pDeviceBuffer)

nppsDotProdGetBufferSize_16sc32fc
```
@Cast(value="NppStatus")
public static int nppsDotProdGetBufferSize_16sc32fc(int nLength,
                                              IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsDotProd_16sc32fc. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsDotProdGetBufferSize_16sc32fc

@Cast(value="NppStatus")
public static int nppsDotProdGetBufferSize_16sc32fc(int nLength,
                                              IntBuffer hpBufferSize)

nppsDotProdGetBufferSize_16sc32fc

@Cast(value="NppStatus")
public static int nppsDotProdGetBufferSize_16sc32fc(int nLength,
                                              int[] hpBufferSize)

nppsDotProd_16sc32fc

@Cast(value="NppStatus")
public static int nppsDotProd_16sc32fc(@Const
                                 nppc.Npp16sc pSrc1,
                                 @Const
                                 nppc.Npp16sc pSrc2,
                                 int nLength,
                                 nppc.Npp32fc pDp,
                                 @Cast(value="Npp8u*")
                                 BytePointer pDeviceBuffer)

16-bit signed short integer complex dot product method, return value is 32-bit float complex. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. \param nLength \ref length_specification. \param pDp Pointer to the dot product result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsDotProdGetBufferSize_16sc32fc to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsDotProd_16sc32fc

@Cast(value="NppStatus")
public static int nppsDotProd_16sc32fc(@Const
                                 nppc.Npp16sc pSrc1,
                                 @Const
                                 nppc.Npp16sc pSrc2,
                                 int nLength,
                                 nppc.Npp32fc pDp,
                                 @Cast(value="Npp8u*")
                                 ByteBuffer pDeviceBuffer)

nppsDotProd_16sc32fc

@Cast(value="NppStatus")
public static int nppsDotProd_16sc32fc(@Const
                                 nppc.Npp16sc pSrc1,
                                 @Const
                                 nppc.Npp16sc pSrc2,
                                 int nLength,
                                 nppc.Npp32fc pDp,
                                 @Cast(value="Npp8u*")
                                 byte[] pDeviceBuffer)

nppsDotProdGetBufferSize_16s16sc32fc
```
@Cast(value="NppStatus")
public static int nppsDotProdGetBufferSize_16s16sc32fc(int nLength,
                                                 IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsDotProd_16s16sc32fc. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsDotProdGetBufferSize_16s16sc32fc

@Cast(value="NppStatus")
public static int nppsDotProdGetBufferSize_16s16sc32fc(int nLength,
                                                 IntBuffer hpBufferSize)

nppsDotProdGetBufferSize_16s16sc32fc

@Cast(value="NppStatus")
public static int nppsDotProdGetBufferSize_16s16sc32fc(int nLength,
                                                 int[] hpBufferSize)

nppsDotProd_16s16sc32fc

@Cast(value="NppStatus")
public static int nppsDotProd_16s16sc32fc(@Cast(value="const Npp16s*")
                                    ShortPointer pSrc1,
                                    @Const
                                    nppc.Npp16sc pSrc2,
                                    int nLength,
                                    nppc.Npp32fc pDp,
                                    @Cast(value="Npp8u*")
                                    BytePointer pDeviceBuffer)

16-bit signed short integer and 16-bit signed short integer complex dot product method, return value is 32-bit float complex. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. \param nLength \ref length_specification. \param pDp Pointer to the dot product result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsDotProdGetBufferSize_16s16sc32fc to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsDotProd_16s16sc32fc

@Cast(value="NppStatus")
public static int nppsDotProd_16s16sc32fc(@Cast(value="const Npp16s*")
                                    ShortBuffer pSrc1,
                                    @Const
                                    nppc.Npp16sc pSrc2,
                                    int nLength,
                                    nppc.Npp32fc pDp,
                                    @Cast(value="Npp8u*")
                                    ByteBuffer pDeviceBuffer)

nppsDotProd_16s16sc32fc

@Cast(value="NppStatus")
public static int nppsDotProd_16s16sc32fc(@Cast(value="const Npp16s*")
                                    short[] pSrc1,
                                    @Const
                                    nppc.Npp16sc pSrc2,
                                    int nLength,
                                    nppc.Npp32fc pDp,
                                    @Cast(value="Npp8u*")
                                    byte[] pDeviceBuffer)

nppsDotProdGetBufferSize_16s_Sfs
```
@Cast(value="NppStatus")
public static int nppsDotProdGetBufferSize_16s_Sfs(int nLength,
                                             IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsDotProd_16s_Sfs. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsDotProdGetBufferSize_16s_Sfs

@Cast(value="NppStatus")
public static int nppsDotProdGetBufferSize_16s_Sfs(int nLength,
                                             IntBuffer hpBufferSize)

nppsDotProdGetBufferSize_16s_Sfs

@Cast(value="NppStatus")
public static int nppsDotProdGetBufferSize_16s_Sfs(int nLength,
                                             int[] hpBufferSize)

nppsDotProd_16s_Sfs

@Cast(value="NppStatus")
public static int nppsDotProd_16s_Sfs(@Cast(value="const Npp16s*")
                                ShortPointer pSrc1,
                                @Cast(value="const Npp16s*")
                                ShortPointer pSrc2,
                                int nLength,
                                @Cast(value="Npp16s*")
                                ShortPointer pDp,
                                int nScaleFactor,
                                @Cast(value="Npp8u*")
                                BytePointer pDeviceBuffer)

16-bit signed short integer dot product method, return value is 16-bit signed short integer. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. \param nLength \ref length_specification. \param pDp Pointer to the dot product result. \param nScaleFactor \ref integer_result_scaling. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsDotProdGetBufferSize_16s_Sfs to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsDotProd_16s_Sfs

@Cast(value="NppStatus")
public static int nppsDotProd_16s_Sfs(@Cast(value="const Npp16s*")
                                ShortBuffer pSrc1,
                                @Cast(value="const Npp16s*")
                                ShortBuffer pSrc2,
                                int nLength,
                                @Cast(value="Npp16s*")
                                ShortBuffer pDp,
                                int nScaleFactor,
                                @Cast(value="Npp8u*")
                                ByteBuffer pDeviceBuffer)

nppsDotProd_16s_Sfs

@Cast(value="NppStatus")
public static int nppsDotProd_16s_Sfs(@Cast(value="const Npp16s*")
                                short[] pSrc1,
                                @Cast(value="const Npp16s*")
                                short[] pSrc2,
                                int nLength,
                                @Cast(value="Npp16s*")
                                short[] pDp,
                                int nScaleFactor,
                                @Cast(value="Npp8u*")
                                byte[] pDeviceBuffer)

nppsDotProdGetBufferSize_16sc_Sfs
```
@Cast(value="NppStatus")
public static int nppsDotProdGetBufferSize_16sc_Sfs(int nLength,
                                              IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsDotProd_16sc_Sfs. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsDotProdGetBufferSize_16sc_Sfs

@Cast(value="NppStatus")
public static int nppsDotProdGetBufferSize_16sc_Sfs(int nLength,
                                              IntBuffer hpBufferSize)

nppsDotProdGetBufferSize_16sc_Sfs

@Cast(value="NppStatus")
public static int nppsDotProdGetBufferSize_16sc_Sfs(int nLength,
                                              int[] hpBufferSize)

nppsDotProd_16sc_Sfs

@Cast(value="NppStatus")
public static int nppsDotProd_16sc_Sfs(@Const
                                 nppc.Npp16sc pSrc1,
                                 @Const
                                 nppc.Npp16sc pSrc2,
                                 int nLength,
                                 nppc.Npp16sc pDp,
                                 int nScaleFactor,
                                 @Cast(value="Npp8u*")
                                 BytePointer pDeviceBuffer)

16-bit signed short integer complex dot product method, return value is 16-bit signed short integer complex. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. \param nLength \ref length_specification. \param pDp Pointer to the dot product result. \param nScaleFactor \ref integer_result_scaling. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsDotProdGetBufferSize_16sc_Sfs to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsDotProd_16sc_Sfs

@Cast(value="NppStatus")
public static int nppsDotProd_16sc_Sfs(@Const
                                 nppc.Npp16sc pSrc1,
                                 @Const
                                 nppc.Npp16sc pSrc2,
                                 int nLength,
                                 nppc.Npp16sc pDp,
                                 int nScaleFactor,
                                 @Cast(value="Npp8u*")
                                 ByteBuffer pDeviceBuffer)

nppsDotProd_16sc_Sfs

@Cast(value="NppStatus")
public static int nppsDotProd_16sc_Sfs(@Const
                                 nppc.Npp16sc pSrc1,
                                 @Const
                                 nppc.Npp16sc pSrc2,
                                 int nLength,
                                 nppc.Npp16sc pDp,
                                 int nScaleFactor,
                                 @Cast(value="Npp8u*")
                                 byte[] pDeviceBuffer)

nppsDotProdGetBufferSize_32s_Sfs
```
@Cast(value="NppStatus")
public static int nppsDotProdGetBufferSize_32s_Sfs(int nLength,
                                             IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsDotProd_32s_Sfs. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsDotProdGetBufferSize_32s_Sfs

@Cast(value="NppStatus")
public static int nppsDotProdGetBufferSize_32s_Sfs(int nLength,
                                             IntBuffer hpBufferSize)

nppsDotProdGetBufferSize_32s_Sfs

@Cast(value="NppStatus")
public static int nppsDotProdGetBufferSize_32s_Sfs(int nLength,
                                             int[] hpBufferSize)

nppsDotProd_32s_Sfs

@Cast(value="NppStatus")
public static int nppsDotProd_32s_Sfs(@Cast(value="const Npp32s*")
                                IntPointer pSrc1,
                                @Cast(value="const Npp32s*")
                                IntPointer pSrc2,
                                int nLength,
                                @Cast(value="Npp32s*")
                                IntPointer pDp,
                                int nScaleFactor,
                                @Cast(value="Npp8u*")
                                BytePointer pDeviceBuffer)

32-bit signed integer dot product method, return value is 32-bit signed integer. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. \param nLength \ref length_specification. \param pDp Pointer to the dot product result. \param nScaleFactor \ref integer_result_scaling. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsDotProdGetBufferSize_32s_Sfs to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsDotProd_32s_Sfs

@Cast(value="NppStatus")
public static int nppsDotProd_32s_Sfs(@Cast(value="const Npp32s*")
                                IntBuffer pSrc1,
                                @Cast(value="const Npp32s*")
                                IntBuffer pSrc2,
                                int nLength,
                                @Cast(value="Npp32s*")
                                IntBuffer pDp,
                                int nScaleFactor,
                                @Cast(value="Npp8u*")
                                ByteBuffer pDeviceBuffer)

nppsDotProd_32s_Sfs

@Cast(value="NppStatus")
public static int nppsDotProd_32s_Sfs(@Cast(value="const Npp32s*")
                                int[] pSrc1,
                                @Cast(value="const Npp32s*")
                                int[] pSrc2,
                                int nLength,
                                @Cast(value="Npp32s*")
                                int[] pDp,
                                int nScaleFactor,
                                @Cast(value="Npp8u*")
                                byte[] pDeviceBuffer)

nppsDotProdGetBufferSize_32sc_Sfs
```
@Cast(value="NppStatus")
public static int nppsDotProdGetBufferSize_32sc_Sfs(int nLength,
                                              IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsDotProd_32sc_Sfs. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsDotProdGetBufferSize_32sc_Sfs

@Cast(value="NppStatus")
public static int nppsDotProdGetBufferSize_32sc_Sfs(int nLength,
                                              IntBuffer hpBufferSize)

nppsDotProdGetBufferSize_32sc_Sfs

@Cast(value="NppStatus")
public static int nppsDotProdGetBufferSize_32sc_Sfs(int nLength,
                                              int[] hpBufferSize)

nppsDotProd_32sc_Sfs

@Cast(value="NppStatus")
public static int nppsDotProd_32sc_Sfs(@Const
                                 nppc.Npp32sc pSrc1,
                                 @Const
                                 nppc.Npp32sc pSrc2,
                                 int nLength,
                                 nppc.Npp32sc pDp,
                                 int nScaleFactor,
                                 @Cast(value="Npp8u*")
                                 BytePointer pDeviceBuffer)

32-bit signed integer complex dot product method, return value is 32-bit signed integer complex. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. \param nLength \ref length_specification. \param pDp Pointer to the dot product result. \param nScaleFactor \ref integer_result_scaling. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsDotProdGetBufferSize_32sc_Sfs to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsDotProd_32sc_Sfs

@Cast(value="NppStatus")
public static int nppsDotProd_32sc_Sfs(@Const
                                 nppc.Npp32sc pSrc1,
                                 @Const
                                 nppc.Npp32sc pSrc2,
                                 int nLength,
                                 nppc.Npp32sc pDp,
                                 int nScaleFactor,
                                 @Cast(value="Npp8u*")
                                 ByteBuffer pDeviceBuffer)

nppsDotProd_32sc_Sfs

@Cast(value="NppStatus")
public static int nppsDotProd_32sc_Sfs(@Const
                                 nppc.Npp32sc pSrc1,
                                 @Const
                                 nppc.Npp32sc pSrc2,
                                 int nLength,
                                 nppc.Npp32sc pDp,
                                 int nScaleFactor,
                                 @Cast(value="Npp8u*")
                                 byte[] pDeviceBuffer)

nppsDotProdGetBufferSize_16s32s_Sfs
```
@Cast(value="NppStatus")
public static int nppsDotProdGetBufferSize_16s32s_Sfs(int nLength,
                                                IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsDotProd_16s32s_Sfs. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsDotProdGetBufferSize_16s32s_Sfs

@Cast(value="NppStatus")
public static int nppsDotProdGetBufferSize_16s32s_Sfs(int nLength,
                                                IntBuffer hpBufferSize)

nppsDotProdGetBufferSize_16s32s_Sfs

@Cast(value="NppStatus")
public static int nppsDotProdGetBufferSize_16s32s_Sfs(int nLength,
                                                int[] hpBufferSize)

nppsDotProd_16s32s_Sfs

@Cast(value="NppStatus")
public static int nppsDotProd_16s32s_Sfs(@Cast(value="const Npp16s*")
                                   ShortPointer pSrc1,
                                   @Cast(value="const Npp16s*")
                                   ShortPointer pSrc2,
                                   int nLength,
                                   @Cast(value="Npp32s*")
                                   IntPointer pDp,
                                   int nScaleFactor,
                                   @Cast(value="Npp8u*")
                                   BytePointer pDeviceBuffer)

16-bit signed short integer dot product method, return value is 32-bit signed integer. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. \param nLength \ref length_specification. \param pDp Pointer to the dot product result. \param nScaleFactor \ref integer_result_scaling. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsDotProdGetBufferSize_16s32s_Sfs to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsDotProd_16s32s_Sfs

@Cast(value="NppStatus")
public static int nppsDotProd_16s32s_Sfs(@Cast(value="const Npp16s*")
                                   ShortBuffer pSrc1,
                                   @Cast(value="const Npp16s*")
                                   ShortBuffer pSrc2,
                                   int nLength,
                                   @Cast(value="Npp32s*")
                                   IntBuffer pDp,
                                   int nScaleFactor,
                                   @Cast(value="Npp8u*")
                                   ByteBuffer pDeviceBuffer)

nppsDotProd_16s32s_Sfs

@Cast(value="NppStatus")
public static int nppsDotProd_16s32s_Sfs(@Cast(value="const Npp16s*")
                                   short[] pSrc1,
                                   @Cast(value="const Npp16s*")
                                   short[] pSrc2,
                                   int nLength,
                                   @Cast(value="Npp32s*")
                                   int[] pDp,
                                   int nScaleFactor,
                                   @Cast(value="Npp8u*")
                                   byte[] pDeviceBuffer)

nppsDotProdGetBufferSize_16s16sc32sc_Sfs
```
@Cast(value="NppStatus")
public static int nppsDotProdGetBufferSize_16s16sc32sc_Sfs(int nLength,
                                                     IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsDotProd_16s16sc32sc_Sfs. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsDotProdGetBufferSize_16s16sc32sc_Sfs

@Cast(value="NppStatus")
public static int nppsDotProdGetBufferSize_16s16sc32sc_Sfs(int nLength,
                                                     IntBuffer hpBufferSize)

nppsDotProdGetBufferSize_16s16sc32sc_Sfs

@Cast(value="NppStatus")
public static int nppsDotProdGetBufferSize_16s16sc32sc_Sfs(int nLength,
                                                     int[] hpBufferSize)

nppsDotProd_16s16sc32sc_Sfs

@Cast(value="NppStatus")
public static int nppsDotProd_16s16sc32sc_Sfs(@Cast(value="const Npp16s*")
                                        ShortPointer pSrc1,
                                        @Const
                                        nppc.Npp16sc pSrc2,
                                        int nLength,
                                        nppc.Npp32sc pDp,
                                        int nScaleFactor,
                                        @Cast(value="Npp8u*")
                                        BytePointer pDeviceBuffer)

16-bit signed short integer and 16-bit signed short integer complex dot product method, return value is 32-bit signed integer complex. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. \param nLength \ref length_specification. \param pDp Pointer to the dot product result. \param nScaleFactor \ref integer_result_scaling. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsDotProdGetBufferSize_16s16sc32sc_Sfs to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsDotProd_16s16sc32sc_Sfs

@Cast(value="NppStatus")
public static int nppsDotProd_16s16sc32sc_Sfs(@Cast(value="const Npp16s*")
                                        ShortBuffer pSrc1,
                                        @Const
                                        nppc.Npp16sc pSrc2,
                                        int nLength,
                                        nppc.Npp32sc pDp,
                                        int nScaleFactor,
                                        @Cast(value="Npp8u*")
                                        ByteBuffer pDeviceBuffer)

nppsDotProd_16s16sc32sc_Sfs

@Cast(value="NppStatus")
public static int nppsDotProd_16s16sc32sc_Sfs(@Cast(value="const Npp16s*")
                                        short[] pSrc1,
                                        @Const
                                        nppc.Npp16sc pSrc2,
                                        int nLength,
                                        nppc.Npp32sc pDp,
                                        int nScaleFactor,
                                        @Cast(value="Npp8u*")
                                        byte[] pDeviceBuffer)

nppsDotProdGetBufferSize_16s32s32s_Sfs
```
@Cast(value="NppStatus")
public static int nppsDotProdGetBufferSize_16s32s32s_Sfs(int nLength,
                                                   IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsDotProd_16s32s32s_Sfs. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsDotProdGetBufferSize_16s32s32s_Sfs

@Cast(value="NppStatus")
public static int nppsDotProdGetBufferSize_16s32s32s_Sfs(int nLength,
                                                   IntBuffer hpBufferSize)

nppsDotProdGetBufferSize_16s32s32s_Sfs

@Cast(value="NppStatus")
public static int nppsDotProdGetBufferSize_16s32s32s_Sfs(int nLength,
                                                   int[] hpBufferSize)

nppsDotProd_16s32s32s_Sfs

@Cast(value="NppStatus")
public static int nppsDotProd_16s32s32s_Sfs(@Cast(value="const Npp16s*")
                                      ShortPointer pSrc1,
                                      @Cast(value="const Npp32s*")
                                      IntPointer pSrc2,
                                      int nLength,
                                      @Cast(value="Npp32s*")
                                      IntPointer pDp,
                                      int nScaleFactor,
                                      @Cast(value="Npp8u*")
                                      BytePointer pDeviceBuffer)

16-bit signed short integer and 32-bit signed integer dot product method, return value is 32-bit signed integer. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. \param nLength \ref length_specification. \param pDp Pointer to the dot product result. \param nScaleFactor \ref integer_result_scaling. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsDotProdGetBufferSize_16s32s32s_Sfs to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsDotProd_16s32s32s_Sfs

@Cast(value="NppStatus")
public static int nppsDotProd_16s32s32s_Sfs(@Cast(value="const Npp16s*")
                                      ShortBuffer pSrc1,
                                      @Cast(value="const Npp32s*")
                                      IntBuffer pSrc2,
                                      int nLength,
                                      @Cast(value="Npp32s*")
                                      IntBuffer pDp,
                                      int nScaleFactor,
                                      @Cast(value="Npp8u*")
                                      ByteBuffer pDeviceBuffer)

nppsDotProd_16s32s32s_Sfs

@Cast(value="NppStatus")
public static int nppsDotProd_16s32s32s_Sfs(@Cast(value="const Npp16s*")
                                      short[] pSrc1,
                                      @Cast(value="const Npp32s*")
                                      int[] pSrc2,
                                      int nLength,
                                      @Cast(value="Npp32s*")
                                      int[] pDp,
                                      int nScaleFactor,
                                      @Cast(value="Npp8u*")
                                      byte[] pDeviceBuffer)

nppsDotProdGetBufferSize_16s16sc_Sfs
```
@Cast(value="NppStatus")
public static int nppsDotProdGetBufferSize_16s16sc_Sfs(int nLength,
                                                 IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsDotProd_16s16sc_Sfs. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsDotProdGetBufferSize_16s16sc_Sfs

@Cast(value="NppStatus")
public static int nppsDotProdGetBufferSize_16s16sc_Sfs(int nLength,
                                                 IntBuffer hpBufferSize)

nppsDotProdGetBufferSize_16s16sc_Sfs

@Cast(value="NppStatus")
public static int nppsDotProdGetBufferSize_16s16sc_Sfs(int nLength,
                                                 int[] hpBufferSize)

nppsDotProd_16s16sc_Sfs

@Cast(value="NppStatus")
public static int nppsDotProd_16s16sc_Sfs(@Cast(value="const Npp16s*")
                                    ShortPointer pSrc1,
                                    @Const
                                    nppc.Npp16sc pSrc2,
                                    int nLength,
                                    nppc.Npp16sc pDp,
                                    int nScaleFactor,
                                    @Cast(value="Npp8u*")
                                    BytePointer pDeviceBuffer)

16-bit signed short integer and 16-bit signed short integer complex dot product method, return value is 16-bit signed short integer complex. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. \param nLength \ref length_specification. \param pDp Pointer to the dot product result. \param nScaleFactor \ref integer_result_scaling. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsDotProdGetBufferSize_16s16sc_Sfs to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsDotProd_16s16sc_Sfs

@Cast(value="NppStatus")
public static int nppsDotProd_16s16sc_Sfs(@Cast(value="const Npp16s*")
                                    ShortBuffer pSrc1,
                                    @Const
                                    nppc.Npp16sc pSrc2,
                                    int nLength,
                                    nppc.Npp16sc pDp,
                                    int nScaleFactor,
                                    @Cast(value="Npp8u*")
                                    ByteBuffer pDeviceBuffer)

nppsDotProd_16s16sc_Sfs

@Cast(value="NppStatus")
public static int nppsDotProd_16s16sc_Sfs(@Cast(value="const Npp16s*")
                                    short[] pSrc1,
                                    @Const
                                    nppc.Npp16sc pSrc2,
                                    int nLength,
                                    nppc.Npp16sc pDp,
                                    int nScaleFactor,
                                    @Cast(value="Npp8u*")
                                    byte[] pDeviceBuffer)

nppsDotProdGetBufferSize_16sc32sc_Sfs
```
@Cast(value="NppStatus")
public static int nppsDotProdGetBufferSize_16sc32sc_Sfs(int nLength,
                                                  IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsDotProd_16sc32sc_Sfs. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsDotProdGetBufferSize_16sc32sc_Sfs

@Cast(value="NppStatus")
public static int nppsDotProdGetBufferSize_16sc32sc_Sfs(int nLength,
                                                  IntBuffer hpBufferSize)

nppsDotProdGetBufferSize_16sc32sc_Sfs

@Cast(value="NppStatus")
public static int nppsDotProdGetBufferSize_16sc32sc_Sfs(int nLength,
                                                  int[] hpBufferSize)

nppsDotProd_16sc32sc_Sfs

@Cast(value="NppStatus")
public static int nppsDotProd_16sc32sc_Sfs(@Const
                                     nppc.Npp16sc pSrc1,
                                     @Const
                                     nppc.Npp16sc pSrc2,
                                     int nLength,
                                     nppc.Npp32sc pDp,
                                     int nScaleFactor,
                                     @Cast(value="Npp8u*")
                                     BytePointer pDeviceBuffer)

16-bit signed short integer complex dot product method, return value is 32-bit signed integer complex. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. \param nLength \ref length_specification. \param pDp Pointer to the dot product result. \param nScaleFactor \ref integer_result_scaling. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsDotProdGetBufferSize_16sc32sc_Sfs to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsDotProd_16sc32sc_Sfs

@Cast(value="NppStatus")
public static int nppsDotProd_16sc32sc_Sfs(@Const
                                     nppc.Npp16sc pSrc1,
                                     @Const
                                     nppc.Npp16sc pSrc2,
                                     int nLength,
                                     nppc.Npp32sc pDp,
                                     int nScaleFactor,
                                     @Cast(value="Npp8u*")
                                     ByteBuffer pDeviceBuffer)

nppsDotProd_16sc32sc_Sfs

@Cast(value="NppStatus")
public static int nppsDotProd_16sc32sc_Sfs(@Const
                                     nppc.Npp16sc pSrc1,
                                     @Const
                                     nppc.Npp16sc pSrc2,
                                     int nLength,
                                     nppc.Npp32sc pDp,
                                     int nScaleFactor,
                                     @Cast(value="Npp8u*")
                                     byte[] pDeviceBuffer)

nppsDotProdGetBufferSize_32s32sc_Sfs
```
@Cast(value="NppStatus")
public static int nppsDotProdGetBufferSize_32s32sc_Sfs(int nLength,
                                                 IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsDotProd_32s32sc_Sfs. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsDotProdGetBufferSize_32s32sc_Sfs

@Cast(value="NppStatus")
public static int nppsDotProdGetBufferSize_32s32sc_Sfs(int nLength,
                                                 IntBuffer hpBufferSize)

nppsDotProdGetBufferSize_32s32sc_Sfs

@Cast(value="NppStatus")
public static int nppsDotProdGetBufferSize_32s32sc_Sfs(int nLength,
                                                 int[] hpBufferSize)

nppsDotProd_32s32sc_Sfs

@Cast(value="NppStatus")
public static int nppsDotProd_32s32sc_Sfs(@Cast(value="const Npp32s*")
                                    IntPointer pSrc1,
                                    @Const
                                    nppc.Npp32sc pSrc2,
                                    int nLength,
                                    nppc.Npp32sc pDp,
                                    int nScaleFactor,
                                    @Cast(value="Npp8u*")
                                    BytePointer pDeviceBuffer)

32-bit signed short integer and 32-bit signed short integer complex dot product method, return value is 32-bit signed integer complex. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. \param nLength \ref length_specification. \param pDp Pointer to the dot product result. \param nScaleFactor \ref integer_result_scaling. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsDotProdGetBufferSize_32s32sc_Sfs to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsDotProd_32s32sc_Sfs

@Cast(value="NppStatus")
public static int nppsDotProd_32s32sc_Sfs(@Cast(value="const Npp32s*")
                                    IntBuffer pSrc1,
                                    @Const
                                    nppc.Npp32sc pSrc2,
                                    int nLength,
                                    nppc.Npp32sc pDp,
                                    int nScaleFactor,
                                    @Cast(value="Npp8u*")
                                    ByteBuffer pDeviceBuffer)

nppsDotProd_32s32sc_Sfs

@Cast(value="NppStatus")
public static int nppsDotProd_32s32sc_Sfs(@Cast(value="const Npp32s*")
                                    int[] pSrc1,
                                    @Const
                                    nppc.Npp32sc pSrc2,
                                    int nLength,
                                    nppc.Npp32sc pDp,
                                    int nScaleFactor,
                                    @Cast(value="Npp8u*")
                                    byte[] pDeviceBuffer)

nppsCountInRangeGetBufferSize_32s
```
@Cast(value="NppStatus")
public static int nppsCountInRangeGetBufferSize_32s(int nLength,
                                              IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsCountInRange_32s. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsCountInRangeGetBufferSize_32s

@Cast(value="NppStatus")
public static int nppsCountInRangeGetBufferSize_32s(int nLength,
                                              IntBuffer hpBufferSize)

nppsCountInRangeGetBufferSize_32s

@Cast(value="NppStatus")
public static int nppsCountInRangeGetBufferSize_32s(int nLength,
                                              int[] hpBufferSize)

nppsCountInRange_32s

@Cast(value="NppStatus")
public static int nppsCountInRange_32s(@Cast(value="const Npp32s*")
                                 IntPointer pSrc,
                                 int nLength,
                                 IntPointer pCounts,
                                 @Cast(value="Npp32s")
                                 int nLowerBound,
                                 @Cast(value="Npp32s")
                                 int nUpperBound,
                                 @Cast(value="Npp8u*")
                                 BytePointer pDeviceBuffer)

Computes the number of elements whose values fall into the specified range on a 32-bit signed integer array. \param pSrc \ref source_signal_pointer. \param nLength \ref length_specification. \param pCounts Pointer to the number of elements. \param nLowerBound Lower bound of the specified range. \param nUpperBound Upper bound of the specified range. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsCountInRangeGetBufferSize_32s to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsCountInRange_32s

@Cast(value="NppStatus")
public static int nppsCountInRange_32s(@Cast(value="const Npp32s*")
                                 IntBuffer pSrc,
                                 int nLength,
                                 IntBuffer pCounts,
                                 @Cast(value="Npp32s")
                                 int nLowerBound,
                                 @Cast(value="Npp32s")
                                 int nUpperBound,
                                 @Cast(value="Npp8u*")
                                 ByteBuffer pDeviceBuffer)

nppsCountInRange_32s

@Cast(value="NppStatus")
public static int nppsCountInRange_32s(@Cast(value="const Npp32s*")
                                 int[] pSrc,
                                 int nLength,
                                 int[] pCounts,
                                 @Cast(value="Npp32s")
                                 int nLowerBound,
                                 @Cast(value="Npp32s")
                                 int nUpperBound,
                                 @Cast(value="Npp8u*")
                                 byte[] pDeviceBuffer)

nppsZeroCrossingGetBufferSize_16s32f
```
@Cast(value="NppStatus")
public static int nppsZeroCrossingGetBufferSize_16s32f(int nLength,
                                                 IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsZeroCrossing_16s32f. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsZeroCrossingGetBufferSize_16s32f

@Cast(value="NppStatus")
public static int nppsZeroCrossingGetBufferSize_16s32f(int nLength,
                                                 IntBuffer hpBufferSize)

nppsZeroCrossingGetBufferSize_16s32f

@Cast(value="NppStatus")
public static int nppsZeroCrossingGetBufferSize_16s32f(int nLength,
                                                 int[] hpBufferSize)

nppsZeroCrossing_16s32f

@Cast(value="NppStatus")
public static int nppsZeroCrossing_16s32f(@Cast(value="const Npp16s*")
                                    ShortPointer pSrc,
                                    int nLength,
                                    @Cast(value="Npp32f*")
                                    FloatPointer pValZC,
                                    @Cast(value="NppsZCType")
                                    int tZCType,
                                    @Cast(value="Npp8u*")
                                    BytePointer pDeviceBuffer)

16-bit signed short integer zero crossing method, return value is 32-bit floating point. \param pSrc \ref source_signal_pointer. \param nLength \ref length_specification. \param pValZC Pointer to the output result. \param tZCType Type of the zero crossing measure: nppZCR, nppZCXor or nppZCC. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsZeroCrossingGetBufferSize_16s32f to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsZeroCrossing_16s32f

@Cast(value="NppStatus")
public static int nppsZeroCrossing_16s32f(@Cast(value="const Npp16s*")
                                    ShortBuffer pSrc,
                                    int nLength,
                                    @Cast(value="Npp32f*")
                                    FloatBuffer pValZC,
                                    @Cast(value="NppsZCType")
                                    int tZCType,
                                    @Cast(value="Npp8u*")
                                    ByteBuffer pDeviceBuffer)

nppsZeroCrossing_16s32f

@Cast(value="NppStatus")
public static int nppsZeroCrossing_16s32f(@Cast(value="const Npp16s*")
                                    short[] pSrc,
                                    int nLength,
                                    @Cast(value="Npp32f*")
                                    float[] pValZC,
                                    @Cast(value="NppsZCType")
                                    int tZCType,
                                    @Cast(value="Npp8u*")
                                    byte[] pDeviceBuffer)

nppsZeroCrossingGetBufferSize_32f
```
@Cast(value="NppStatus")
public static int nppsZeroCrossingGetBufferSize_32f(int nLength,
                                              IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsZeroCrossing_32f. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsZeroCrossingGetBufferSize_32f

@Cast(value="NppStatus")
public static int nppsZeroCrossingGetBufferSize_32f(int nLength,
                                              IntBuffer hpBufferSize)

nppsZeroCrossingGetBufferSize_32f

@Cast(value="NppStatus")
public static int nppsZeroCrossingGetBufferSize_32f(int nLength,
                                              int[] hpBufferSize)

nppsZeroCrossing_32f

@Cast(value="NppStatus")
public static int nppsZeroCrossing_32f(@Cast(value="const Npp32f*")
                                 FloatPointer pSrc,
                                 int nLength,
                                 @Cast(value="Npp32f*")
                                 FloatPointer pValZC,
                                 @Cast(value="NppsZCType")
                                 int tZCType,
                                 @Cast(value="Npp8u*")
                                 BytePointer pDeviceBuffer)

32-bit floating-point zero crossing method, return value is 32-bit floating point. \param pSrc \ref source_signal_pointer. \param nLength \ref length_specification. \param pValZC Pointer to the output result. \param tZCType Type of the zero crossing measure: nppZCR, nppZCXor or nppZCC. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsZeroCrossingGetBufferSize_32f to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsZeroCrossing_32f

@Cast(value="NppStatus")
public static int nppsZeroCrossing_32f(@Cast(value="const Npp32f*")
                                 FloatBuffer pSrc,
                                 int nLength,
                                 @Cast(value="Npp32f*")
                                 FloatBuffer pValZC,
                                 @Cast(value="NppsZCType")
                                 int tZCType,
                                 @Cast(value="Npp8u*")
                                 ByteBuffer pDeviceBuffer)

nppsZeroCrossing_32f

@Cast(value="NppStatus")
public static int nppsZeroCrossing_32f(@Cast(value="const Npp32f*")
                                 float[] pSrc,
                                 int nLength,
                                 @Cast(value="Npp32f*")
                                 float[] pValZC,
                                 @Cast(value="NppsZCType")
                                 int tZCType,
                                 @Cast(value="Npp8u*")
                                 byte[] pDeviceBuffer)

nppsMaximumError_8u

@Cast(value="NppStatus")
public static int nppsMaximumError_8u(@Cast(value="const Npp8u*")
                                BytePointer pSrc1,
                                @Cast(value="const Npp8u*")
                                BytePointer pSrc2,
                                int nLength,
                                @Cast(value="Npp64f*")
                                DoublePointer pDst,
                                @Cast(value="Npp8u*")
                                BytePointer pDeviceBuffer)

8-bit unsigned char maximum method. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. \param nLength \ref length_specification. \param pDst Pointer to the error result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsMaximumErrorGetBufferSize_8u to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMaximumError_8u

@Cast(value="NppStatus")
public static int nppsMaximumError_8u(@Cast(value="const Npp8u*")
                                ByteBuffer pSrc1,
                                @Cast(value="const Npp8u*")
                                ByteBuffer pSrc2,
                                int nLength,
                                @Cast(value="Npp64f*")
                                DoubleBuffer pDst,
                                @Cast(value="Npp8u*")
                                ByteBuffer pDeviceBuffer)

nppsMaximumError_8u

@Cast(value="NppStatus")
public static int nppsMaximumError_8u(@Cast(value="const Npp8u*")
                                byte[] pSrc1,
                                @Cast(value="const Npp8u*")
                                byte[] pSrc2,
                                int nLength,
                                @Cast(value="Npp64f*")
                                double[] pDst,
                                @Cast(value="Npp8u*")
                                byte[] pDeviceBuffer)

nppsMaximumError_8s

@Cast(value="NppStatus")
public static int nppsMaximumError_8s(@Cast(value="const Npp8s*")
                                BytePointer pSrc1,
                                @Cast(value="const Npp8s*")
                                BytePointer pSrc2,
                                int nLength,
                                @Cast(value="Npp64f*")
                                DoublePointer pDst,
                                @Cast(value="Npp8u*")
                                BytePointer pDeviceBuffer)

8-bit signed char maximum method. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. \param nLength \ref length_specification. \param pDst Pointer to the error result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsMaximumErrorGetBufferSize_8s to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMaximumError_8s

@Cast(value="NppStatus")
public static int nppsMaximumError_8s(@Cast(value="const Npp8s*")
                                ByteBuffer pSrc1,
                                @Cast(value="const Npp8s*")
                                ByteBuffer pSrc2,
                                int nLength,
                                @Cast(value="Npp64f*")
                                DoubleBuffer pDst,
                                @Cast(value="Npp8u*")
                                ByteBuffer pDeviceBuffer)

nppsMaximumError_8s

@Cast(value="NppStatus")
public static int nppsMaximumError_8s(@Cast(value="const Npp8s*")
                                byte[] pSrc1,
                                @Cast(value="const Npp8s*")
                                byte[] pSrc2,
                                int nLength,
                                @Cast(value="Npp64f*")
                                double[] pDst,
                                @Cast(value="Npp8u*")
                                byte[] pDeviceBuffer)

nppsMaximumError_16u

@Cast(value="NppStatus")
public static int nppsMaximumError_16u(@Cast(value="const Npp16u*")
                                 ShortPointer pSrc1,
                                 @Cast(value="const Npp16u*")
                                 ShortPointer pSrc2,
                                 int nLength,
                                 @Cast(value="Npp64f*")
                                 DoublePointer pDst,
                                 @Cast(value="Npp8u*")
                                 BytePointer pDeviceBuffer)

16-bit unsigned short integer maximum method. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. \param nLength \ref length_specification. \param pDst Pointer to the error result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsMaximumErrorGetBufferSize_16u to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMaximumError_16u

@Cast(value="NppStatus")
public static int nppsMaximumError_16u(@Cast(value="const Npp16u*")
                                 ShortBuffer pSrc1,
                                 @Cast(value="const Npp16u*")
                                 ShortBuffer pSrc2,
                                 int nLength,
                                 @Cast(value="Npp64f*")
                                 DoubleBuffer pDst,
                                 @Cast(value="Npp8u*")
                                 ByteBuffer pDeviceBuffer)

nppsMaximumError_16u

@Cast(value="NppStatus")
public static int nppsMaximumError_16u(@Cast(value="const Npp16u*")
                                 short[] pSrc1,
                                 @Cast(value="const Npp16u*")
                                 short[] pSrc2,
                                 int nLength,
                                 @Cast(value="Npp64f*")
                                 double[] pDst,
                                 @Cast(value="Npp8u*")
                                 byte[] pDeviceBuffer)

nppsMaximumError_16s

@Cast(value="NppStatus")
public static int nppsMaximumError_16s(@Cast(value="const Npp16s*")
                                 ShortPointer pSrc1,
                                 @Cast(value="const Npp16s*")
                                 ShortPointer pSrc2,
                                 int nLength,
                                 @Cast(value="Npp64f*")
                                 DoublePointer pDst,
                                 @Cast(value="Npp8u*")
                                 BytePointer pDeviceBuffer)

16-bit signed short integer maximum method. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. \param nLength \ref length_specification. \param pDst Pointer to the error result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsMaximumErrorGetBufferSize_16s to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMaximumError_16s

@Cast(value="NppStatus")
public static int nppsMaximumError_16s(@Cast(value="const Npp16s*")
                                 ShortBuffer pSrc1,
                                 @Cast(value="const Npp16s*")
                                 ShortBuffer pSrc2,
                                 int nLength,
                                 @Cast(value="Npp64f*")
                                 DoubleBuffer pDst,
                                 @Cast(value="Npp8u*")
                                 ByteBuffer pDeviceBuffer)

nppsMaximumError_16s

@Cast(value="NppStatus")
public static int nppsMaximumError_16s(@Cast(value="const Npp16s*")
                                 short[] pSrc1,
                                 @Cast(value="const Npp16s*")
                                 short[] pSrc2,
                                 int nLength,
                                 @Cast(value="Npp64f*")
                                 double[] pDst,
                                 @Cast(value="Npp8u*")
                                 byte[] pDeviceBuffer)

nppsMaximumError_16sc

@Cast(value="NppStatus")
public static int nppsMaximumError_16sc(@Const
                                  nppc.Npp16sc pSrc1,
                                  @Const
                                  nppc.Npp16sc pSrc2,
                                  int nLength,
                                  @Cast(value="Npp64f*")
                                  DoublePointer pDst,
                                  @Cast(value="Npp8u*")
                                  BytePointer pDeviceBuffer)

16-bit unsigned short complex integer maximum method. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. \param nLength \ref length_specification. \param pDst Pointer to the error result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsMaximumErrorGetBufferSize_16sc to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMaximumError_16sc

@Cast(value="NppStatus")
public static int nppsMaximumError_16sc(@Const
                                  nppc.Npp16sc pSrc1,
                                  @Const
                                  nppc.Npp16sc pSrc2,
                                  int nLength,
                                  @Cast(value="Npp64f*")
                                  DoubleBuffer pDst,
                                  @Cast(value="Npp8u*")
                                  ByteBuffer pDeviceBuffer)

nppsMaximumError_16sc

@Cast(value="NppStatus")
public static int nppsMaximumError_16sc(@Const
                                  nppc.Npp16sc pSrc1,
                                  @Const
                                  nppc.Npp16sc pSrc2,
                                  int nLength,
                                  @Cast(value="Npp64f*")
                                  double[] pDst,
                                  @Cast(value="Npp8u*")
                                  byte[] pDeviceBuffer)

nppsMaximumError_32u

@Cast(value="NppStatus")
public static int nppsMaximumError_32u(@Cast(value="const Npp32u*")
                                 IntPointer pSrc1,
                                 @Cast(value="const Npp32u*")
                                 IntPointer pSrc2,
                                 int nLength,
                                 @Cast(value="Npp64f*")
                                 DoublePointer pDst,
                                 @Cast(value="Npp8u*")
                                 BytePointer pDeviceBuffer)

32-bit unsigned short integer maximum method. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. \param nLength \ref length_specification. \param pDst Pointer to the error result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsMaximumErrorGetBufferSize_32u to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMaximumError_32u

@Cast(value="NppStatus")
public static int nppsMaximumError_32u(@Cast(value="const Npp32u*")
                                 IntBuffer pSrc1,
                                 @Cast(value="const Npp32u*")
                                 IntBuffer pSrc2,
                                 int nLength,
                                 @Cast(value="Npp64f*")
                                 DoubleBuffer pDst,
                                 @Cast(value="Npp8u*")
                                 ByteBuffer pDeviceBuffer)

nppsMaximumError_32u

@Cast(value="NppStatus")
public static int nppsMaximumError_32u(@Cast(value="const Npp32u*")
                                 int[] pSrc1,
                                 @Cast(value="const Npp32u*")
                                 int[] pSrc2,
                                 int nLength,
                                 @Cast(value="Npp64f*")
                                 double[] pDst,
                                 @Cast(value="Npp8u*")
                                 byte[] pDeviceBuffer)

nppsMaximumError_32s

@Cast(value="NppStatus")
public static int nppsMaximumError_32s(@Cast(value="const Npp32s*")
                                 IntPointer pSrc1,
                                 @Cast(value="const Npp32s*")
                                 IntPointer pSrc2,
                                 int nLength,
                                 @Cast(value="Npp64f*")
                                 DoublePointer pDst,
                                 @Cast(value="Npp8u*")
                                 BytePointer pDeviceBuffer)

32-bit signed short integer maximum method. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. \param nLength \ref length_specification. \param pDst Pointer to the error result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsMaximumErrorGetBufferSize_32s to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMaximumError_32s

@Cast(value="NppStatus")
public static int nppsMaximumError_32s(@Cast(value="const Npp32s*")
                                 IntBuffer pSrc1,
                                 @Cast(value="const Npp32s*")
                                 IntBuffer pSrc2,
                                 int nLength,
                                 @Cast(value="Npp64f*")
                                 DoubleBuffer pDst,
                                 @Cast(value="Npp8u*")
                                 ByteBuffer pDeviceBuffer)

nppsMaximumError_32s

@Cast(value="NppStatus")
public static int nppsMaximumError_32s(@Cast(value="const Npp32s*")
                                 int[] pSrc1,
                                 @Cast(value="const Npp32s*")
                                 int[] pSrc2,
                                 int nLength,
                                 @Cast(value="Npp64f*")
                                 double[] pDst,
                                 @Cast(value="Npp8u*")
                                 byte[] pDeviceBuffer)

nppsMaximumError_32sc

@Cast(value="NppStatus")
public static int nppsMaximumError_32sc(@Const
                                  nppc.Npp32sc pSrc1,
                                  @Const
                                  nppc.Npp32sc pSrc2,
                                  int nLength,
                                  @Cast(value="Npp64f*")
                                  DoublePointer pDst,
                                  @Cast(value="Npp8u*")
                                  BytePointer pDeviceBuffer)

32-bit unsigned short complex integer maximum method. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. \param nLength \ref length_specification. \param pDst Pointer to the error result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsMaximumErrorGetBufferSize_32sc to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMaximumError_32sc

@Cast(value="NppStatus")
public static int nppsMaximumError_32sc(@Const
                                  nppc.Npp32sc pSrc1,
                                  @Const
                                  nppc.Npp32sc pSrc2,
                                  int nLength,
                                  @Cast(value="Npp64f*")
                                  DoubleBuffer pDst,
                                  @Cast(value="Npp8u*")
                                  ByteBuffer pDeviceBuffer)

nppsMaximumError_32sc

@Cast(value="NppStatus")
public static int nppsMaximumError_32sc(@Const
                                  nppc.Npp32sc pSrc1,
                                  @Const
                                  nppc.Npp32sc pSrc2,
                                  int nLength,
                                  @Cast(value="Npp64f*")
                                  double[] pDst,
                                  @Cast(value="Npp8u*")
                                  byte[] pDeviceBuffer)

nppsMaximumError_64s

@Cast(value="NppStatus")
public static int nppsMaximumError_64s(@Cast(value="const Npp64s*")
                                 LongPointer pSrc1,
                                 @Cast(value="const Npp64s*")
                                 LongPointer pSrc2,
                                 int nLength,
                                 @Cast(value="Npp64f*")
                                 DoublePointer pDst,
                                 @Cast(value="Npp8u*")
                                 BytePointer pDeviceBuffer)

64-bit signed short integer maximum method. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. \param nLength \ref length_specification. \param pDst Pointer to the error result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsMaximumErrorGetBufferSize_64s to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMaximumError_64s

@Cast(value="NppStatus")
public static int nppsMaximumError_64s(@Cast(value="const Npp64s*")
                                 LongBuffer pSrc1,
                                 @Cast(value="const Npp64s*")
                                 LongBuffer pSrc2,
                                 int nLength,
                                 @Cast(value="Npp64f*")
                                 DoubleBuffer pDst,
                                 @Cast(value="Npp8u*")
                                 ByteBuffer pDeviceBuffer)

nppsMaximumError_64s

@Cast(value="NppStatus")
public static int nppsMaximumError_64s(@Cast(value="const Npp64s*")
                                 long[] pSrc1,
                                 @Cast(value="const Npp64s*")
                                 long[] pSrc2,
                                 int nLength,
                                 @Cast(value="Npp64f*")
                                 double[] pDst,
                                 @Cast(value="Npp8u*")
                                 byte[] pDeviceBuffer)

nppsMaximumError_64sc

@Cast(value="NppStatus")
public static int nppsMaximumError_64sc(@Const
                                  nppc.Npp64sc pSrc1,
                                  @Const
                                  nppc.Npp64sc pSrc2,
                                  int nLength,
                                  @Cast(value="Npp64f*")
                                  DoublePointer pDst,
                                  @Cast(value="Npp8u*")
                                  BytePointer pDeviceBuffer)

64-bit unsigned short complex integer maximum method. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. \param nLength \ref length_specification. \param pDst Pointer to the error result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsMaximumErrorGetBufferSize_64sc to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMaximumError_64sc

@Cast(value="NppStatus")
public static int nppsMaximumError_64sc(@Const
                                  nppc.Npp64sc pSrc1,
                                  @Const
                                  nppc.Npp64sc pSrc2,
                                  int nLength,
                                  @Cast(value="Npp64f*")
                                  DoubleBuffer pDst,
                                  @Cast(value="Npp8u*")
                                  ByteBuffer pDeviceBuffer)

nppsMaximumError_64sc

@Cast(value="NppStatus")
public static int nppsMaximumError_64sc(@Const
                                  nppc.Npp64sc pSrc1,
                                  @Const
                                  nppc.Npp64sc pSrc2,
                                  int nLength,
                                  @Cast(value="Npp64f*")
                                  double[] pDst,
                                  @Cast(value="Npp8u*")
                                  byte[] pDeviceBuffer)

nppsMaximumError_32f

@Cast(value="NppStatus")
public static int nppsMaximumError_32f(@Cast(value="const Npp32f*")
                                 FloatPointer pSrc1,
                                 @Cast(value="const Npp32f*")
                                 FloatPointer pSrc2,
                                 int nLength,
                                 @Cast(value="Npp64f*")
                                 DoublePointer pDst,
                                 @Cast(value="Npp8u*")
                                 BytePointer pDeviceBuffer)

32-bit floating point maximum method. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. \param nLength \ref length_specification. \param pDst Pointer to the error result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsMaximumErrorGetBufferSize_32f to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMaximumError_32f

@Cast(value="NppStatus")
public static int nppsMaximumError_32f(@Cast(value="const Npp32f*")
                                 FloatBuffer pSrc1,
                                 @Cast(value="const Npp32f*")
                                 FloatBuffer pSrc2,
                                 int nLength,
                                 @Cast(value="Npp64f*")
                                 DoubleBuffer pDst,
                                 @Cast(value="Npp8u*")
                                 ByteBuffer pDeviceBuffer)

nppsMaximumError_32f

@Cast(value="NppStatus")
public static int nppsMaximumError_32f(@Cast(value="const Npp32f*")
                                 float[] pSrc1,
                                 @Cast(value="const Npp32f*")
                                 float[] pSrc2,
                                 int nLength,
                                 @Cast(value="Npp64f*")
                                 double[] pDst,
                                 @Cast(value="Npp8u*")
                                 byte[] pDeviceBuffer)

nppsMaximumError_32fc

@Cast(value="NppStatus")
public static int nppsMaximumError_32fc(@Const
                                  nppc.Npp32fc pSrc1,
                                  @Const
                                  nppc.Npp32fc pSrc2,
                                  int nLength,
                                  @Cast(value="Npp64f*")
                                  DoublePointer pDst,
                                  @Cast(value="Npp8u*")
                                  BytePointer pDeviceBuffer)

32-bit floating point complex maximum method. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. \param nLength \ref length_specification. \param pDst Pointer to the error result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsMaximumErrorGetBufferSize_32fc to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMaximumError_32fc

@Cast(value="NppStatus")
public static int nppsMaximumError_32fc(@Const
                                  nppc.Npp32fc pSrc1,
                                  @Const
                                  nppc.Npp32fc pSrc2,
                                  int nLength,
                                  @Cast(value="Npp64f*")
                                  DoubleBuffer pDst,
                                  @Cast(value="Npp8u*")
                                  ByteBuffer pDeviceBuffer)

nppsMaximumError_32fc

@Cast(value="NppStatus")
public static int nppsMaximumError_32fc(@Const
                                  nppc.Npp32fc pSrc1,
                                  @Const
                                  nppc.Npp32fc pSrc2,
                                  int nLength,
                                  @Cast(value="Npp64f*")
                                  double[] pDst,
                                  @Cast(value="Npp8u*")
                                  byte[] pDeviceBuffer)

nppsMaximumError_64f

@Cast(value="NppStatus")
public static int nppsMaximumError_64f(@Cast(value="const Npp64f*")
                                 DoublePointer pSrc1,
                                 @Cast(value="const Npp64f*")
                                 DoublePointer pSrc2,
                                 int nLength,
                                 @Cast(value="Npp64f*")
                                 DoublePointer pDst,
                                 @Cast(value="Npp8u*")
                                 BytePointer pDeviceBuffer)

64-bit floating point maximum method. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. \param nLength \ref length_specification. \param pDst Pointer to the error result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsMaximumErrorGetBufferSize_64f to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMaximumError_64f

@Cast(value="NppStatus")
public static int nppsMaximumError_64f(@Cast(value="const Npp64f*")
                                 DoubleBuffer pSrc1,
                                 @Cast(value="const Npp64f*")
                                 DoubleBuffer pSrc2,
                                 int nLength,
                                 @Cast(value="Npp64f*")
                                 DoubleBuffer pDst,
                                 @Cast(value="Npp8u*")
                                 ByteBuffer pDeviceBuffer)

nppsMaximumError_64f

@Cast(value="NppStatus")
public static int nppsMaximumError_64f(@Cast(value="const Npp64f*")
                                 double[] pSrc1,
                                 @Cast(value="const Npp64f*")
                                 double[] pSrc2,
                                 int nLength,
                                 @Cast(value="Npp64f*")
                                 double[] pDst,
                                 @Cast(value="Npp8u*")
                                 byte[] pDeviceBuffer)

nppsMaximumError_64fc

@Cast(value="NppStatus")
public static int nppsMaximumError_64fc(@Const
                                  nppc.Npp64fc pSrc1,
                                  @Const
                                  nppc.Npp64fc pSrc2,
                                  int nLength,
                                  @Cast(value="Npp64f*")
                                  DoublePointer pDst,
                                  @Cast(value="Npp8u*")
                                  BytePointer pDeviceBuffer)

64-bit floating point complex maximum method. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. \param nLength \ref length_specification. \param pDst Pointer to the error result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsMaximumErrorGetBufferSize_64fc to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMaximumError_64fc

@Cast(value="NppStatus")
public static int nppsMaximumError_64fc(@Const
                                  nppc.Npp64fc pSrc1,
                                  @Const
                                  nppc.Npp64fc pSrc2,
                                  int nLength,
                                  @Cast(value="Npp64f*")
                                  DoubleBuffer pDst,
                                  @Cast(value="Npp8u*")
                                  ByteBuffer pDeviceBuffer)

nppsMaximumError_64fc

@Cast(value="NppStatus")
public static int nppsMaximumError_64fc(@Const
                                  nppc.Npp64fc pSrc1,
                                  @Const
                                  nppc.Npp64fc pSrc2,
                                  int nLength,
                                  @Cast(value="Npp64f*")
                                  double[] pDst,
                                  @Cast(value="Npp8u*")
                                  byte[] pDeviceBuffer)

nppsMaximumErrorGetBufferSize_8u
```
@Cast(value="NppStatus")
public static int nppsMaximumErrorGetBufferSize_8u(int nLength,
                                             IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsMaximumError_8u. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsMaximumErrorGetBufferSize_8u

@Cast(value="NppStatus")
public static int nppsMaximumErrorGetBufferSize_8u(int nLength,
                                             IntBuffer hpBufferSize)

nppsMaximumErrorGetBufferSize_8u

@Cast(value="NppStatus")
public static int nppsMaximumErrorGetBufferSize_8u(int nLength,
                                             int[] hpBufferSize)

nppsMaximumErrorGetBufferSize_8s
```
@Cast(value="NppStatus")
public static int nppsMaximumErrorGetBufferSize_8s(int nLength,
                                             IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsMaximumError_8s. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsMaximumErrorGetBufferSize_8s

@Cast(value="NppStatus")
public static int nppsMaximumErrorGetBufferSize_8s(int nLength,
                                             IntBuffer hpBufferSize)

nppsMaximumErrorGetBufferSize_8s

@Cast(value="NppStatus")
public static int nppsMaximumErrorGetBufferSize_8s(int nLength,
                                             int[] hpBufferSize)

nppsMaximumErrorGetBufferSize_16u
```
@Cast(value="NppStatus")
public static int nppsMaximumErrorGetBufferSize_16u(int nLength,
                                              IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsMaximumError_16u. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsMaximumErrorGetBufferSize_16u

@Cast(value="NppStatus")
public static int nppsMaximumErrorGetBufferSize_16u(int nLength,
                                              IntBuffer hpBufferSize)

nppsMaximumErrorGetBufferSize_16u

@Cast(value="NppStatus")
public static int nppsMaximumErrorGetBufferSize_16u(int nLength,
                                              int[] hpBufferSize)

nppsMaximumErrorGetBufferSize_16s
```
@Cast(value="NppStatus")
public static int nppsMaximumErrorGetBufferSize_16s(int nLength,
                                              IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsMaximumError_16s. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsMaximumErrorGetBufferSize_16s

@Cast(value="NppStatus")
public static int nppsMaximumErrorGetBufferSize_16s(int nLength,
                                              IntBuffer hpBufferSize)

nppsMaximumErrorGetBufferSize_16s

@Cast(value="NppStatus")
public static int nppsMaximumErrorGetBufferSize_16s(int nLength,
                                              int[] hpBufferSize)

nppsMaximumErrorGetBufferSize_16sc
```
@Cast(value="NppStatus")
public static int nppsMaximumErrorGetBufferSize_16sc(int nLength,
                                               IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsMaximumError_16sc. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsMaximumErrorGetBufferSize_16sc

@Cast(value="NppStatus")
public static int nppsMaximumErrorGetBufferSize_16sc(int nLength,
                                               IntBuffer hpBufferSize)

nppsMaximumErrorGetBufferSize_16sc

@Cast(value="NppStatus")
public static int nppsMaximumErrorGetBufferSize_16sc(int nLength,
                                               int[] hpBufferSize)

nppsMaximumErrorGetBufferSize_32u
```
@Cast(value="NppStatus")
public static int nppsMaximumErrorGetBufferSize_32u(int nLength,
                                              IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsMaximumError_32u. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsMaximumErrorGetBufferSize_32u

@Cast(value="NppStatus")
public static int nppsMaximumErrorGetBufferSize_32u(int nLength,
                                              IntBuffer hpBufferSize)

nppsMaximumErrorGetBufferSize_32u

@Cast(value="NppStatus")
public static int nppsMaximumErrorGetBufferSize_32u(int nLength,
                                              int[] hpBufferSize)

nppsMaximumErrorGetBufferSize_32s
```
@Cast(value="NppStatus")
public static int nppsMaximumErrorGetBufferSize_32s(int nLength,
                                              IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsMaximumError_32s. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsMaximumErrorGetBufferSize_32s

@Cast(value="NppStatus")
public static int nppsMaximumErrorGetBufferSize_32s(int nLength,
                                              IntBuffer hpBufferSize)

nppsMaximumErrorGetBufferSize_32s

@Cast(value="NppStatus")
public static int nppsMaximumErrorGetBufferSize_32s(int nLength,
                                              int[] hpBufferSize)

nppsMaximumErrorGetBufferSize_32sc
```
@Cast(value="NppStatus")
public static int nppsMaximumErrorGetBufferSize_32sc(int nLength,
                                               IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsMaximumError_32sc. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsMaximumErrorGetBufferSize_32sc

@Cast(value="NppStatus")
public static int nppsMaximumErrorGetBufferSize_32sc(int nLength,
                                               IntBuffer hpBufferSize)

nppsMaximumErrorGetBufferSize_32sc

@Cast(value="NppStatus")
public static int nppsMaximumErrorGetBufferSize_32sc(int nLength,
                                               int[] hpBufferSize)

nppsMaximumErrorGetBufferSize_64s
```
@Cast(value="NppStatus")
public static int nppsMaximumErrorGetBufferSize_64s(int nLength,
                                              IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsMaximumError_64s. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsMaximumErrorGetBufferSize_64s

@Cast(value="NppStatus")
public static int nppsMaximumErrorGetBufferSize_64s(int nLength,
                                              IntBuffer hpBufferSize)

nppsMaximumErrorGetBufferSize_64s

@Cast(value="NppStatus")
public static int nppsMaximumErrorGetBufferSize_64s(int nLength,
                                              int[] hpBufferSize)

nppsMaximumErrorGetBufferSize_64sc
```
@Cast(value="NppStatus")
public static int nppsMaximumErrorGetBufferSize_64sc(int nLength,
                                               IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsMaximumError_64sc. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsMaximumErrorGetBufferSize_64sc

@Cast(value="NppStatus")
public static int nppsMaximumErrorGetBufferSize_64sc(int nLength,
                                               IntBuffer hpBufferSize)

nppsMaximumErrorGetBufferSize_64sc

@Cast(value="NppStatus")
public static int nppsMaximumErrorGetBufferSize_64sc(int nLength,
                                               int[] hpBufferSize)

nppsMaximumErrorGetBufferSize_32f
```
@Cast(value="NppStatus")
public static int nppsMaximumErrorGetBufferSize_32f(int nLength,
                                              IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsMaximumError_32f. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsMaximumErrorGetBufferSize_32f

@Cast(value="NppStatus")
public static int nppsMaximumErrorGetBufferSize_32f(int nLength,
                                              IntBuffer hpBufferSize)

nppsMaximumErrorGetBufferSize_32f

@Cast(value="NppStatus")
public static int nppsMaximumErrorGetBufferSize_32f(int nLength,
                                              int[] hpBufferSize)

nppsMaximumErrorGetBufferSize_32fc
```
@Cast(value="NppStatus")
public static int nppsMaximumErrorGetBufferSize_32fc(int nLength,
                                               IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsMaximumError_32fc. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsMaximumErrorGetBufferSize_32fc

@Cast(value="NppStatus")
public static int nppsMaximumErrorGetBufferSize_32fc(int nLength,
                                               IntBuffer hpBufferSize)

nppsMaximumErrorGetBufferSize_32fc

@Cast(value="NppStatus")
public static int nppsMaximumErrorGetBufferSize_32fc(int nLength,
                                               int[] hpBufferSize)

nppsMaximumErrorGetBufferSize_64f
```
@Cast(value="NppStatus")
public static int nppsMaximumErrorGetBufferSize_64f(int nLength,
                                              IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsMaximumError_64f. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsMaximumErrorGetBufferSize_64f

@Cast(value="NppStatus")
public static int nppsMaximumErrorGetBufferSize_64f(int nLength,
                                              IntBuffer hpBufferSize)

nppsMaximumErrorGetBufferSize_64f

@Cast(value="NppStatus")
public static int nppsMaximumErrorGetBufferSize_64f(int nLength,
                                              int[] hpBufferSize)

nppsMaximumErrorGetBufferSize_64fc
```
@Cast(value="NppStatus")
public static int nppsMaximumErrorGetBufferSize_64fc(int nLength,
                                               IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsMaximumError_64fc. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsMaximumErrorGetBufferSize_64fc

@Cast(value="NppStatus")
public static int nppsMaximumErrorGetBufferSize_64fc(int nLength,
                                               IntBuffer hpBufferSize)

nppsMaximumErrorGetBufferSize_64fc

@Cast(value="NppStatus")
public static int nppsMaximumErrorGetBufferSize_64fc(int nLength,
                                               int[] hpBufferSize)

nppsAverageError_8u

@Cast(value="NppStatus")
public static int nppsAverageError_8u(@Cast(value="const Npp8u*")
                                BytePointer pSrc1,
                                @Cast(value="const Npp8u*")
                                BytePointer pSrc2,
                                int nLength,
                                @Cast(value="Npp64f*")
                                DoublePointer pDst,
                                @Cast(value="Npp8u*")
                                BytePointer pDeviceBuffer)

8-bit unsigned char Average method. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. \param nLength \ref length_specification. \param pDst Pointer to the error result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsAverageErrorGetBufferSize_8u to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsAverageError_8u

@Cast(value="NppStatus")
public static int nppsAverageError_8u(@Cast(value="const Npp8u*")
                                ByteBuffer pSrc1,
                                @Cast(value="const Npp8u*")
                                ByteBuffer pSrc2,
                                int nLength,
                                @Cast(value="Npp64f*")
                                DoubleBuffer pDst,
                                @Cast(value="Npp8u*")
                                ByteBuffer pDeviceBuffer)

nppsAverageError_8u

@Cast(value="NppStatus")
public static int nppsAverageError_8u(@Cast(value="const Npp8u*")
                                byte[] pSrc1,
                                @Cast(value="const Npp8u*")
                                byte[] pSrc2,
                                int nLength,
                                @Cast(value="Npp64f*")
                                double[] pDst,
                                @Cast(value="Npp8u*")
                                byte[] pDeviceBuffer)

nppsAverageError_8s

@Cast(value="NppStatus")
public static int nppsAverageError_8s(@Cast(value="const Npp8s*")
                                BytePointer pSrc1,
                                @Cast(value="const Npp8s*")
                                BytePointer pSrc2,
                                int nLength,
                                @Cast(value="Npp64f*")
                                DoublePointer pDst,
                                @Cast(value="Npp8u*")
                                BytePointer pDeviceBuffer)

8-bit signed char Average method. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. \param nLength \ref length_specification. \param pDst Pointer to the error result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsAverageErrorGetBufferSize_8s to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsAverageError_8s

@Cast(value="NppStatus")
public static int nppsAverageError_8s(@Cast(value="const Npp8s*")
                                ByteBuffer pSrc1,
                                @Cast(value="const Npp8s*")
                                ByteBuffer pSrc2,
                                int nLength,
                                @Cast(value="Npp64f*")
                                DoubleBuffer pDst,
                                @Cast(value="Npp8u*")
                                ByteBuffer pDeviceBuffer)

nppsAverageError_8s

@Cast(value="NppStatus")
public static int nppsAverageError_8s(@Cast(value="const Npp8s*")
                                byte[] pSrc1,
                                @Cast(value="const Npp8s*")
                                byte[] pSrc2,
                                int nLength,
                                @Cast(value="Npp64f*")
                                double[] pDst,
                                @Cast(value="Npp8u*")
                                byte[] pDeviceBuffer)

nppsAverageError_16u

@Cast(value="NppStatus")
public static int nppsAverageError_16u(@Cast(value="const Npp16u*")
                                 ShortPointer pSrc1,
                                 @Cast(value="const Npp16u*")
                                 ShortPointer pSrc2,
                                 int nLength,
                                 @Cast(value="Npp64f*")
                                 DoublePointer pDst,
                                 @Cast(value="Npp8u*")
                                 BytePointer pDeviceBuffer)

16-bit unsigned short integer Average method. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. \param nLength \ref length_specification. \param pDst Pointer to the error result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsAverageErrorGetBufferSize_16u to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsAverageError_16u

@Cast(value="NppStatus")
public static int nppsAverageError_16u(@Cast(value="const Npp16u*")
                                 ShortBuffer pSrc1,
                                 @Cast(value="const Npp16u*")
                                 ShortBuffer pSrc2,
                                 int nLength,
                                 @Cast(value="Npp64f*")
                                 DoubleBuffer pDst,
                                 @Cast(value="Npp8u*")
                                 ByteBuffer pDeviceBuffer)

nppsAverageError_16u

@Cast(value="NppStatus")
public static int nppsAverageError_16u(@Cast(value="const Npp16u*")
                                 short[] pSrc1,
                                 @Cast(value="const Npp16u*")
                                 short[] pSrc2,
                                 int nLength,
                                 @Cast(value="Npp64f*")
                                 double[] pDst,
                                 @Cast(value="Npp8u*")
                                 byte[] pDeviceBuffer)

nppsAverageError_16s

@Cast(value="NppStatus")
public static int nppsAverageError_16s(@Cast(value="const Npp16s*")
                                 ShortPointer pSrc1,
                                 @Cast(value="const Npp16s*")
                                 ShortPointer pSrc2,
                                 int nLength,
                                 @Cast(value="Npp64f*")
                                 DoublePointer pDst,
                                 @Cast(value="Npp8u*")
                                 BytePointer pDeviceBuffer)

16-bit signed short integer Average method. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. \param nLength \ref length_specification. \param pDst Pointer to the error result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsAverageErrorGetBufferSize_16s to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsAverageError_16s

@Cast(value="NppStatus")
public static int nppsAverageError_16s(@Cast(value="const Npp16s*")
                                 ShortBuffer pSrc1,
                                 @Cast(value="const Npp16s*")
                                 ShortBuffer pSrc2,
                                 int nLength,
                                 @Cast(value="Npp64f*")
                                 DoubleBuffer pDst,
                                 @Cast(value="Npp8u*")
                                 ByteBuffer pDeviceBuffer)

nppsAverageError_16s

@Cast(value="NppStatus")
public static int nppsAverageError_16s(@Cast(value="const Npp16s*")
                                 short[] pSrc1,
                                 @Cast(value="const Npp16s*")
                                 short[] pSrc2,
                                 int nLength,
                                 @Cast(value="Npp64f*")
                                 double[] pDst,
                                 @Cast(value="Npp8u*")
                                 byte[] pDeviceBuffer)

nppsAverageError_16sc

@Cast(value="NppStatus")
public static int nppsAverageError_16sc(@Const
                                  nppc.Npp16sc pSrc1,
                                  @Const
                                  nppc.Npp16sc pSrc2,
                                  int nLength,
                                  @Cast(value="Npp64f*")
                                  DoublePointer pDst,
                                  @Cast(value="Npp8u*")
                                  BytePointer pDeviceBuffer)

16-bit unsigned short complex integer Average method. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. \param nLength \ref length_specification. \param pDst Pointer to the error result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsAverageErrorGetBufferSize_16sc to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsAverageError_16sc

@Cast(value="NppStatus")
public static int nppsAverageError_16sc(@Const
                                  nppc.Npp16sc pSrc1,
                                  @Const
                                  nppc.Npp16sc pSrc2,
                                  int nLength,
                                  @Cast(value="Npp64f*")
                                  DoubleBuffer pDst,
                                  @Cast(value="Npp8u*")
                                  ByteBuffer pDeviceBuffer)

nppsAverageError_16sc

@Cast(value="NppStatus")
public static int nppsAverageError_16sc(@Const
                                  nppc.Npp16sc pSrc1,
                                  @Const
                                  nppc.Npp16sc pSrc2,
                                  int nLength,
                                  @Cast(value="Npp64f*")
                                  double[] pDst,
                                  @Cast(value="Npp8u*")
                                  byte[] pDeviceBuffer)

nppsAverageError_32u

@Cast(value="NppStatus")
public static int nppsAverageError_32u(@Cast(value="const Npp32u*")
                                 IntPointer pSrc1,
                                 @Cast(value="const Npp32u*")
                                 IntPointer pSrc2,
                                 int nLength,
                                 @Cast(value="Npp64f*")
                                 DoublePointer pDst,
                                 @Cast(value="Npp8u*")
                                 BytePointer pDeviceBuffer)

32-bit unsigned short integer Average method. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. \param nLength \ref length_specification. \param pDst Pointer to the error result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsAverageErrorGetBufferSize_32u to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsAverageError_32u

@Cast(value="NppStatus")
public static int nppsAverageError_32u(@Cast(value="const Npp32u*")
                                 IntBuffer pSrc1,
                                 @Cast(value="const Npp32u*")
                                 IntBuffer pSrc2,
                                 int nLength,
                                 @Cast(value="Npp64f*")
                                 DoubleBuffer pDst,
                                 @Cast(value="Npp8u*")
                                 ByteBuffer pDeviceBuffer)

nppsAverageError_32u

@Cast(value="NppStatus")
public static int nppsAverageError_32u(@Cast(value="const Npp32u*")
                                 int[] pSrc1,
                                 @Cast(value="const Npp32u*")
                                 int[] pSrc2,
                                 int nLength,
                                 @Cast(value="Npp64f*")
                                 double[] pDst,
                                 @Cast(value="Npp8u*")
                                 byte[] pDeviceBuffer)

nppsAverageError_32s

@Cast(value="NppStatus")
public static int nppsAverageError_32s(@Cast(value="const Npp32s*")
                                 IntPointer pSrc1,
                                 @Cast(value="const Npp32s*")
                                 IntPointer pSrc2,
                                 int nLength,
                                 @Cast(value="Npp64f*")
                                 DoublePointer pDst,
                                 @Cast(value="Npp8u*")
                                 BytePointer pDeviceBuffer)

32-bit signed short integer Average method. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. \param nLength \ref length_specification. \param pDst Pointer to the error result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsAverageErrorGetBufferSize_32s to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsAverageError_32s

@Cast(value="NppStatus")
public static int nppsAverageError_32s(@Cast(value="const Npp32s*")
                                 IntBuffer pSrc1,
                                 @Cast(value="const Npp32s*")
                                 IntBuffer pSrc2,
                                 int nLength,
                                 @Cast(value="Npp64f*")
                                 DoubleBuffer pDst,
                                 @Cast(value="Npp8u*")
                                 ByteBuffer pDeviceBuffer)

nppsAverageError_32s

@Cast(value="NppStatus")
public static int nppsAverageError_32s(@Cast(value="const Npp32s*")
                                 int[] pSrc1,
                                 @Cast(value="const Npp32s*")
                                 int[] pSrc2,
                                 int nLength,
                                 @Cast(value="Npp64f*")
                                 double[] pDst,
                                 @Cast(value="Npp8u*")
                                 byte[] pDeviceBuffer)

nppsAverageError_32sc

@Cast(value="NppStatus")
public static int nppsAverageError_32sc(@Const
                                  nppc.Npp32sc pSrc1,
                                  @Const
                                  nppc.Npp32sc pSrc2,
                                  int nLength,
                                  @Cast(value="Npp64f*")
                                  DoublePointer pDst,
                                  @Cast(value="Npp8u*")
                                  BytePointer pDeviceBuffer)

32-bit unsigned short complex integer Average method. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. \param nLength \ref length_specification. \param pDst Pointer to the error result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsAverageErrorGetBufferSize_32sc to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsAverageError_32sc

@Cast(value="NppStatus")
public static int nppsAverageError_32sc(@Const
                                  nppc.Npp32sc pSrc1,
                                  @Const
                                  nppc.Npp32sc pSrc2,
                                  int nLength,
                                  @Cast(value="Npp64f*")
                                  DoubleBuffer pDst,
                                  @Cast(value="Npp8u*")
                                  ByteBuffer pDeviceBuffer)

nppsAverageError_32sc

@Cast(value="NppStatus")
public static int nppsAverageError_32sc(@Const
                                  nppc.Npp32sc pSrc1,
                                  @Const
                                  nppc.Npp32sc pSrc2,
                                  int nLength,
                                  @Cast(value="Npp64f*")
                                  double[] pDst,
                                  @Cast(value="Npp8u*")
                                  byte[] pDeviceBuffer)

nppsAverageError_64s

@Cast(value="NppStatus")
public static int nppsAverageError_64s(@Cast(value="const Npp64s*")
                                 LongPointer pSrc1,
                                 @Cast(value="const Npp64s*")
                                 LongPointer pSrc2,
                                 int nLength,
                                 @Cast(value="Npp64f*")
                                 DoublePointer pDst,
                                 @Cast(value="Npp8u*")
                                 BytePointer pDeviceBuffer)

64-bit signed short integer Average method. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. \param nLength \ref length_specification. \param pDst Pointer to the error result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsAverageErrorGetBufferSize_64s to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsAverageError_64s

@Cast(value="NppStatus")
public static int nppsAverageError_64s(@Cast(value="const Npp64s*")
                                 LongBuffer pSrc1,
                                 @Cast(value="const Npp64s*")
                                 LongBuffer pSrc2,
                                 int nLength,
                                 @Cast(value="Npp64f*")
                                 DoubleBuffer pDst,
                                 @Cast(value="Npp8u*")
                                 ByteBuffer pDeviceBuffer)

nppsAverageError_64s

@Cast(value="NppStatus")
public static int nppsAverageError_64s(@Cast(value="const Npp64s*")
                                 long[] pSrc1,
                                 @Cast(value="const Npp64s*")
                                 long[] pSrc2,
                                 int nLength,
                                 @Cast(value="Npp64f*")
                                 double[] pDst,
                                 @Cast(value="Npp8u*")
                                 byte[] pDeviceBuffer)

nppsAverageError_64sc

@Cast(value="NppStatus")
public static int nppsAverageError_64sc(@Const
                                  nppc.Npp64sc pSrc1,
                                  @Const
                                  nppc.Npp64sc pSrc2,
                                  int nLength,
                                  @Cast(value="Npp64f*")
                                  DoublePointer pDst,
                                  @Cast(value="Npp8u*")
                                  BytePointer pDeviceBuffer)

64-bit unsigned short complex integer Average method. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. \param nLength \ref length_specification. \param pDst Pointer to the error result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsAverageErrorGetBufferSize_64sc to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsAverageError_64sc

@Cast(value="NppStatus")
public static int nppsAverageError_64sc(@Const
                                  nppc.Npp64sc pSrc1,
                                  @Const
                                  nppc.Npp64sc pSrc2,
                                  int nLength,
                                  @Cast(value="Npp64f*")
                                  DoubleBuffer pDst,
                                  @Cast(value="Npp8u*")
                                  ByteBuffer pDeviceBuffer)

nppsAverageError_64sc

@Cast(value="NppStatus")
public static int nppsAverageError_64sc(@Const
                                  nppc.Npp64sc pSrc1,
                                  @Const
                                  nppc.Npp64sc pSrc2,
                                  int nLength,
                                  @Cast(value="Npp64f*")
                                  double[] pDst,
                                  @Cast(value="Npp8u*")
                                  byte[] pDeviceBuffer)

nppsAverageError_32f

@Cast(value="NppStatus")
public static int nppsAverageError_32f(@Cast(value="const Npp32f*")
                                 FloatPointer pSrc1,
                                 @Cast(value="const Npp32f*")
                                 FloatPointer pSrc2,
                                 int nLength,
                                 @Cast(value="Npp64f*")
                                 DoublePointer pDst,
                                 @Cast(value="Npp8u*")
                                 BytePointer pDeviceBuffer)

32-bit floating point Average method. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. \param nLength \ref length_specification. \param pDst Pointer to the error result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsAverageErrorGetBufferSize_32f to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsAverageError_32f

@Cast(value="NppStatus")
public static int nppsAverageError_32f(@Cast(value="const Npp32f*")
                                 FloatBuffer pSrc1,
                                 @Cast(value="const Npp32f*")
                                 FloatBuffer pSrc2,
                                 int nLength,
                                 @Cast(value="Npp64f*")
                                 DoubleBuffer pDst,
                                 @Cast(value="Npp8u*")
                                 ByteBuffer pDeviceBuffer)

nppsAverageError_32f

@Cast(value="NppStatus")
public static int nppsAverageError_32f(@Cast(value="const Npp32f*")
                                 float[] pSrc1,
                                 @Cast(value="const Npp32f*")
                                 float[] pSrc2,
                                 int nLength,
                                 @Cast(value="Npp64f*")
                                 double[] pDst,
                                 @Cast(value="Npp8u*")
                                 byte[] pDeviceBuffer)

nppsAverageError_32fc

@Cast(value="NppStatus")
public static int nppsAverageError_32fc(@Const
                                  nppc.Npp32fc pSrc1,
                                  @Const
                                  nppc.Npp32fc pSrc2,
                                  int nLength,
                                  @Cast(value="Npp64f*")
                                  DoublePointer pDst,
                                  @Cast(value="Npp8u*")
                                  BytePointer pDeviceBuffer)

32-bit floating point complex Average method. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. \param nLength \ref length_specification. \param pDst Pointer to the error result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsAverageErrorGetBufferSize_32fc to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsAverageError_32fc

@Cast(value="NppStatus")
public static int nppsAverageError_32fc(@Const
                                  nppc.Npp32fc pSrc1,
                                  @Const
                                  nppc.Npp32fc pSrc2,
                                  int nLength,
                                  @Cast(value="Npp64f*")
                                  DoubleBuffer pDst,
                                  @Cast(value="Npp8u*")
                                  ByteBuffer pDeviceBuffer)

nppsAverageError_32fc

@Cast(value="NppStatus")
public static int nppsAverageError_32fc(@Const
                                  nppc.Npp32fc pSrc1,
                                  @Const
                                  nppc.Npp32fc pSrc2,
                                  int nLength,
                                  @Cast(value="Npp64f*")
                                  double[] pDst,
                                  @Cast(value="Npp8u*")
                                  byte[] pDeviceBuffer)

nppsAverageError_64f

@Cast(value="NppStatus")
public static int nppsAverageError_64f(@Cast(value="const Npp64f*")
                                 DoublePointer pSrc1,
                                 @Cast(value="const Npp64f*")
                                 DoublePointer pSrc2,
                                 int nLength,
                                 @Cast(value="Npp64f*")
                                 DoublePointer pDst,
                                 @Cast(value="Npp8u*")
                                 BytePointer pDeviceBuffer)

64-bit floating point Average method. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. \param nLength \ref length_specification. \param pDst Pointer to the error result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsAverageErrorGetBufferSize_64f to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsAverageError_64f

@Cast(value="NppStatus")
public static int nppsAverageError_64f(@Cast(value="const Npp64f*")
                                 DoubleBuffer pSrc1,
                                 @Cast(value="const Npp64f*")
                                 DoubleBuffer pSrc2,
                                 int nLength,
                                 @Cast(value="Npp64f*")
                                 DoubleBuffer pDst,
                                 @Cast(value="Npp8u*")
                                 ByteBuffer pDeviceBuffer)

nppsAverageError_64f

@Cast(value="NppStatus")
public static int nppsAverageError_64f(@Cast(value="const Npp64f*")
                                 double[] pSrc1,
                                 @Cast(value="const Npp64f*")
                                 double[] pSrc2,
                                 int nLength,
                                 @Cast(value="Npp64f*")
                                 double[] pDst,
                                 @Cast(value="Npp8u*")
                                 byte[] pDeviceBuffer)

nppsAverageError_64fc

@Cast(value="NppStatus")
public static int nppsAverageError_64fc(@Const
                                  nppc.Npp64fc pSrc1,
                                  @Const
                                  nppc.Npp64fc pSrc2,
                                  int nLength,
                                  @Cast(value="Npp64f*")
                                  DoublePointer pDst,
                                  @Cast(value="Npp8u*")
                                  BytePointer pDeviceBuffer)

64-bit floating point complex Average method. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. \param nLength \ref length_specification. \param pDst Pointer to the error result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsAverageErrorGetBufferSize_64fc to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsAverageError_64fc

@Cast(value="NppStatus")
public static int nppsAverageError_64fc(@Const
                                  nppc.Npp64fc pSrc1,
                                  @Const
                                  nppc.Npp64fc pSrc2,
                                  int nLength,
                                  @Cast(value="Npp64f*")
                                  DoubleBuffer pDst,
                                  @Cast(value="Npp8u*")
                                  ByteBuffer pDeviceBuffer)

nppsAverageError_64fc

@Cast(value="NppStatus")
public static int nppsAverageError_64fc(@Const
                                  nppc.Npp64fc pSrc1,
                                  @Const
                                  nppc.Npp64fc pSrc2,
                                  int nLength,
                                  @Cast(value="Npp64f*")
                                  double[] pDst,
                                  @Cast(value="Npp8u*")
                                  byte[] pDeviceBuffer)

nppsAverageErrorGetBufferSize_8u
```
@Cast(value="NppStatus")
public static int nppsAverageErrorGetBufferSize_8u(int nLength,
                                             IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsAverageError_8u. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsAverageErrorGetBufferSize_8u

@Cast(value="NppStatus")
public static int nppsAverageErrorGetBufferSize_8u(int nLength,
                                             IntBuffer hpBufferSize)

nppsAverageErrorGetBufferSize_8u

@Cast(value="NppStatus")
public static int nppsAverageErrorGetBufferSize_8u(int nLength,
                                             int[] hpBufferSize)

nppsAverageErrorGetBufferSize_8s
```
@Cast(value="NppStatus")
public static int nppsAverageErrorGetBufferSize_8s(int nLength,
                                             IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsAverageError_8s. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsAverageErrorGetBufferSize_8s

@Cast(value="NppStatus")
public static int nppsAverageErrorGetBufferSize_8s(int nLength,
                                             IntBuffer hpBufferSize)

nppsAverageErrorGetBufferSize_8s

@Cast(value="NppStatus")
public static int nppsAverageErrorGetBufferSize_8s(int nLength,
                                             int[] hpBufferSize)

nppsAverageErrorGetBufferSize_16u
```
@Cast(value="NppStatus")
public static int nppsAverageErrorGetBufferSize_16u(int nLength,
                                              IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsAverageError_16u. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsAverageErrorGetBufferSize_16u

@Cast(value="NppStatus")
public static int nppsAverageErrorGetBufferSize_16u(int nLength,
                                              IntBuffer hpBufferSize)

nppsAverageErrorGetBufferSize_16u

@Cast(value="NppStatus")
public static int nppsAverageErrorGetBufferSize_16u(int nLength,
                                              int[] hpBufferSize)

nppsAverageErrorGetBufferSize_16s
```
@Cast(value="NppStatus")
public static int nppsAverageErrorGetBufferSize_16s(int nLength,
                                              IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsAverageError_16s. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsAverageErrorGetBufferSize_16s

@Cast(value="NppStatus")
public static int nppsAverageErrorGetBufferSize_16s(int nLength,
                                              IntBuffer hpBufferSize)

nppsAverageErrorGetBufferSize_16s

@Cast(value="NppStatus")
public static int nppsAverageErrorGetBufferSize_16s(int nLength,
                                              int[] hpBufferSize)

nppsAverageErrorGetBufferSize_16sc
```
@Cast(value="NppStatus")
public static int nppsAverageErrorGetBufferSize_16sc(int nLength,
                                               IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsAverageError_16sc. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsAverageErrorGetBufferSize_16sc

@Cast(value="NppStatus")
public static int nppsAverageErrorGetBufferSize_16sc(int nLength,
                                               IntBuffer hpBufferSize)

nppsAverageErrorGetBufferSize_16sc

@Cast(value="NppStatus")
public static int nppsAverageErrorGetBufferSize_16sc(int nLength,
                                               int[] hpBufferSize)

nppsAverageErrorGetBufferSize_32u
```
@Cast(value="NppStatus")
public static int nppsAverageErrorGetBufferSize_32u(int nLength,
                                              IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsAverageError_32u. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsAverageErrorGetBufferSize_32u

@Cast(value="NppStatus")
public static int nppsAverageErrorGetBufferSize_32u(int nLength,
                                              IntBuffer hpBufferSize)

nppsAverageErrorGetBufferSize_32u

@Cast(value="NppStatus")
public static int nppsAverageErrorGetBufferSize_32u(int nLength,
                                              int[] hpBufferSize)

nppsAverageErrorGetBufferSize_32s
```
@Cast(value="NppStatus")
public static int nppsAverageErrorGetBufferSize_32s(int nLength,
                                              IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsAverageError_32s. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsAverageErrorGetBufferSize_32s

@Cast(value="NppStatus")
public static int nppsAverageErrorGetBufferSize_32s(int nLength,
                                              IntBuffer hpBufferSize)

nppsAverageErrorGetBufferSize_32s

@Cast(value="NppStatus")
public static int nppsAverageErrorGetBufferSize_32s(int nLength,
                                              int[] hpBufferSize)

nppsAverageErrorGetBufferSize_32sc
```
@Cast(value="NppStatus")
public static int nppsAverageErrorGetBufferSize_32sc(int nLength,
                                               IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsAverageError_32sc. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsAverageErrorGetBufferSize_32sc

@Cast(value="NppStatus")
public static int nppsAverageErrorGetBufferSize_32sc(int nLength,
                                               IntBuffer hpBufferSize)

nppsAverageErrorGetBufferSize_32sc

@Cast(value="NppStatus")
public static int nppsAverageErrorGetBufferSize_32sc(int nLength,
                                               int[] hpBufferSize)

nppsAverageErrorGetBufferSize_64s
```
@Cast(value="NppStatus")
public static int nppsAverageErrorGetBufferSize_64s(int nLength,
                                              IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsAverageError_64s. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsAverageErrorGetBufferSize_64s

@Cast(value="NppStatus")
public static int nppsAverageErrorGetBufferSize_64s(int nLength,
                                              IntBuffer hpBufferSize)

nppsAverageErrorGetBufferSize_64s

@Cast(value="NppStatus")
public static int nppsAverageErrorGetBufferSize_64s(int nLength,
                                              int[] hpBufferSize)

nppsAverageErrorGetBufferSize_64sc
```
@Cast(value="NppStatus")
public static int nppsAverageErrorGetBufferSize_64sc(int nLength,
                                               IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsAverageError_64sc. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsAverageErrorGetBufferSize_64sc

@Cast(value="NppStatus")
public static int nppsAverageErrorGetBufferSize_64sc(int nLength,
                                               IntBuffer hpBufferSize)

nppsAverageErrorGetBufferSize_64sc

@Cast(value="NppStatus")
public static int nppsAverageErrorGetBufferSize_64sc(int nLength,
                                               int[] hpBufferSize)

nppsAverageErrorGetBufferSize_32f
```
@Cast(value="NppStatus")
public static int nppsAverageErrorGetBufferSize_32f(int nLength,
                                              IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsAverageError_32f. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsAverageErrorGetBufferSize_32f

@Cast(value="NppStatus")
public static int nppsAverageErrorGetBufferSize_32f(int nLength,
                                              IntBuffer hpBufferSize)

nppsAverageErrorGetBufferSize_32f

@Cast(value="NppStatus")
public static int nppsAverageErrorGetBufferSize_32f(int nLength,
                                              int[] hpBufferSize)

nppsAverageErrorGetBufferSize_32fc
```
@Cast(value="NppStatus")
public static int nppsAverageErrorGetBufferSize_32fc(int nLength,
                                               IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsAverageError_32fc. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsAverageErrorGetBufferSize_32fc

@Cast(value="NppStatus")
public static int nppsAverageErrorGetBufferSize_32fc(int nLength,
                                               IntBuffer hpBufferSize)

nppsAverageErrorGetBufferSize_32fc

@Cast(value="NppStatus")
public static int nppsAverageErrorGetBufferSize_32fc(int nLength,
                                               int[] hpBufferSize)

nppsAverageErrorGetBufferSize_64f
```
@Cast(value="NppStatus")
public static int nppsAverageErrorGetBufferSize_64f(int nLength,
                                              IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsAverageError_64f. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsAverageErrorGetBufferSize_64f

@Cast(value="NppStatus")
public static int nppsAverageErrorGetBufferSize_64f(int nLength,
                                              IntBuffer hpBufferSize)

nppsAverageErrorGetBufferSize_64f

@Cast(value="NppStatus")
public static int nppsAverageErrorGetBufferSize_64f(int nLength,
                                              int[] hpBufferSize)

nppsAverageErrorGetBufferSize_64fc
```
@Cast(value="NppStatus")
public static int nppsAverageErrorGetBufferSize_64fc(int nLength,
                                               IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsAverageError_64fc. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsAverageErrorGetBufferSize_64fc

@Cast(value="NppStatus")
public static int nppsAverageErrorGetBufferSize_64fc(int nLength,
                                               IntBuffer hpBufferSize)

nppsAverageErrorGetBufferSize_64fc

@Cast(value="NppStatus")
public static int nppsAverageErrorGetBufferSize_64fc(int nLength,
                                               int[] hpBufferSize)

nppsMaximumRelativeError_8u

@Cast(value="NppStatus")
public static int nppsMaximumRelativeError_8u(@Cast(value="const Npp8u*")
                                        BytePointer pSrc1,
                                        @Cast(value="const Npp8u*")
                                        BytePointer pSrc2,
                                        int nLength,
                                        @Cast(value="Npp64f*")
                                        DoublePointer pDst,
                                        @Cast(value="Npp8u*")
                                        BytePointer pDeviceBuffer)

8-bit unsigned char MaximumRelative method. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. \param nLength \ref length_specification. \param pDst Pointer to the error result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsMaximumRelativeErrorGetBufferSize_8u to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMaximumRelativeError_8u

@Cast(value="NppStatus")
public static int nppsMaximumRelativeError_8u(@Cast(value="const Npp8u*")
                                        ByteBuffer pSrc1,
                                        @Cast(value="const Npp8u*")
                                        ByteBuffer pSrc2,
                                        int nLength,
                                        @Cast(value="Npp64f*")
                                        DoubleBuffer pDst,
                                        @Cast(value="Npp8u*")
                                        ByteBuffer pDeviceBuffer)

nppsMaximumRelativeError_8u

@Cast(value="NppStatus")
public static int nppsMaximumRelativeError_8u(@Cast(value="const Npp8u*")
                                        byte[] pSrc1,
                                        @Cast(value="const Npp8u*")
                                        byte[] pSrc2,
                                        int nLength,
                                        @Cast(value="Npp64f*")
                                        double[] pDst,
                                        @Cast(value="Npp8u*")
                                        byte[] pDeviceBuffer)

nppsMaximumRelativeError_8s

@Cast(value="NppStatus")
public static int nppsMaximumRelativeError_8s(@Cast(value="const Npp8s*")
                                        BytePointer pSrc1,
                                        @Cast(value="const Npp8s*")
                                        BytePointer pSrc2,
                                        int nLength,
                                        @Cast(value="Npp64f*")
                                        DoublePointer pDst,
                                        @Cast(value="Npp8u*")
                                        BytePointer pDeviceBuffer)

8-bit signed char MaximumRelative method. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. \param nLength \ref length_specification. \param pDst Pointer to the error result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsMaximumRelativeErrorGetBufferSize_8s to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMaximumRelativeError_8s

@Cast(value="NppStatus")
public static int nppsMaximumRelativeError_8s(@Cast(value="const Npp8s*")
                                        ByteBuffer pSrc1,
                                        @Cast(value="const Npp8s*")
                                        ByteBuffer pSrc2,
                                        int nLength,
                                        @Cast(value="Npp64f*")
                                        DoubleBuffer pDst,
                                        @Cast(value="Npp8u*")
                                        ByteBuffer pDeviceBuffer)

nppsMaximumRelativeError_8s

@Cast(value="NppStatus")
public static int nppsMaximumRelativeError_8s(@Cast(value="const Npp8s*")
                                        byte[] pSrc1,
                                        @Cast(value="const Npp8s*")
                                        byte[] pSrc2,
                                        int nLength,
                                        @Cast(value="Npp64f*")
                                        double[] pDst,
                                        @Cast(value="Npp8u*")
                                        byte[] pDeviceBuffer)

nppsMaximumRelativeError_16u

@Cast(value="NppStatus")
public static int nppsMaximumRelativeError_16u(@Cast(value="const Npp16u*")
                                         ShortPointer pSrc1,
                                         @Cast(value="const Npp16u*")
                                         ShortPointer pSrc2,
                                         int nLength,
                                         @Cast(value="Npp64f*")
                                         DoublePointer pDst,
                                         @Cast(value="Npp8u*")
                                         BytePointer pDeviceBuffer)

16-bit unsigned short integer MaximumRelative method. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. \param nLength \ref length_specification. \param pDst Pointer to the error result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsMaximumRelativeErrorGetBufferSize_16u to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMaximumRelativeError_16u

@Cast(value="NppStatus")
public static int nppsMaximumRelativeError_16u(@Cast(value="const Npp16u*")
                                         ShortBuffer pSrc1,
                                         @Cast(value="const Npp16u*")
                                         ShortBuffer pSrc2,
                                         int nLength,
                                         @Cast(value="Npp64f*")
                                         DoubleBuffer pDst,
                                         @Cast(value="Npp8u*")
                                         ByteBuffer pDeviceBuffer)

nppsMaximumRelativeError_16u

@Cast(value="NppStatus")
public static int nppsMaximumRelativeError_16u(@Cast(value="const Npp16u*")
                                         short[] pSrc1,
                                         @Cast(value="const Npp16u*")
                                         short[] pSrc2,
                                         int nLength,
                                         @Cast(value="Npp64f*")
                                         double[] pDst,
                                         @Cast(value="Npp8u*")
                                         byte[] pDeviceBuffer)

nppsMaximumRelativeError_16s

@Cast(value="NppStatus")
public static int nppsMaximumRelativeError_16s(@Cast(value="const Npp16s*")
                                         ShortPointer pSrc1,
                                         @Cast(value="const Npp16s*")
                                         ShortPointer pSrc2,
                                         int nLength,
                                         @Cast(value="Npp64f*")
                                         DoublePointer pDst,
                                         @Cast(value="Npp8u*")
                                         BytePointer pDeviceBuffer)

16-bit signed short integer MaximumRelative method. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. \param nLength \ref length_specification. \param pDst Pointer to the error result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsMaximumRelativeErrorGetBufferSize_16s to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMaximumRelativeError_16s

@Cast(value="NppStatus")
public static int nppsMaximumRelativeError_16s(@Cast(value="const Npp16s*")
                                         ShortBuffer pSrc1,
                                         @Cast(value="const Npp16s*")
                                         ShortBuffer pSrc2,
                                         int nLength,
                                         @Cast(value="Npp64f*")
                                         DoubleBuffer pDst,
                                         @Cast(value="Npp8u*")
                                         ByteBuffer pDeviceBuffer)

nppsMaximumRelativeError_16s

@Cast(value="NppStatus")
public static int nppsMaximumRelativeError_16s(@Cast(value="const Npp16s*")
                                         short[] pSrc1,
                                         @Cast(value="const Npp16s*")
                                         short[] pSrc2,
                                         int nLength,
                                         @Cast(value="Npp64f*")
                                         double[] pDst,
                                         @Cast(value="Npp8u*")
                                         byte[] pDeviceBuffer)

nppsMaximumRelativeError_16sc

@Cast(value="NppStatus")
public static int nppsMaximumRelativeError_16sc(@Const
                                          nppc.Npp16sc pSrc1,
                                          @Const
                                          nppc.Npp16sc pSrc2,
                                          int nLength,
                                          @Cast(value="Npp64f*")
                                          DoublePointer pDst,
                                          @Cast(value="Npp8u*")
                                          BytePointer pDeviceBuffer)

16-bit unsigned short complex integer MaximumRelative method. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. \param nLength \ref length_specification. \param pDst Pointer to the error result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsMaximumRelativeErrorGetBufferSize_16sc to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMaximumRelativeError_16sc

@Cast(value="NppStatus")
public static int nppsMaximumRelativeError_16sc(@Const
                                          nppc.Npp16sc pSrc1,
                                          @Const
                                          nppc.Npp16sc pSrc2,
                                          int nLength,
                                          @Cast(value="Npp64f*")
                                          DoubleBuffer pDst,
                                          @Cast(value="Npp8u*")
                                          ByteBuffer pDeviceBuffer)

nppsMaximumRelativeError_16sc

@Cast(value="NppStatus")
public static int nppsMaximumRelativeError_16sc(@Const
                                          nppc.Npp16sc pSrc1,
                                          @Const
                                          nppc.Npp16sc pSrc2,
                                          int nLength,
                                          @Cast(value="Npp64f*")
                                          double[] pDst,
                                          @Cast(value="Npp8u*")
                                          byte[] pDeviceBuffer)

nppsMaximumRelativeError_32u

@Cast(value="NppStatus")
public static int nppsMaximumRelativeError_32u(@Cast(value="const Npp32u*")
                                         IntPointer pSrc1,
                                         @Cast(value="const Npp32u*")
                                         IntPointer pSrc2,
                                         int nLength,
                                         @Cast(value="Npp64f*")
                                         DoublePointer pDst,
                                         @Cast(value="Npp8u*")
                                         BytePointer pDeviceBuffer)

32-bit unsigned short integer MaximumRelative method. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. \param nLength \ref length_specification. \param pDst Pointer to the error result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsMaximumRelativeErrorGetBufferSize_32u to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMaximumRelativeError_32u

@Cast(value="NppStatus")
public static int nppsMaximumRelativeError_32u(@Cast(value="const Npp32u*")
                                         IntBuffer pSrc1,
                                         @Cast(value="const Npp32u*")
                                         IntBuffer pSrc2,
                                         int nLength,
                                         @Cast(value="Npp64f*")
                                         DoubleBuffer pDst,
                                         @Cast(value="Npp8u*")
                                         ByteBuffer pDeviceBuffer)

nppsMaximumRelativeError_32u

@Cast(value="NppStatus")
public static int nppsMaximumRelativeError_32u(@Cast(value="const Npp32u*")
                                         int[] pSrc1,
                                         @Cast(value="const Npp32u*")
                                         int[] pSrc2,
                                         int nLength,
                                         @Cast(value="Npp64f*")
                                         double[] pDst,
                                         @Cast(value="Npp8u*")
                                         byte[] pDeviceBuffer)

nppsMaximumRelativeError_32s

@Cast(value="NppStatus")
public static int nppsMaximumRelativeError_32s(@Cast(value="const Npp32s*")
                                         IntPointer pSrc1,
                                         @Cast(value="const Npp32s*")
                                         IntPointer pSrc2,
                                         int nLength,
                                         @Cast(value="Npp64f*")
                                         DoublePointer pDst,
                                         @Cast(value="Npp8u*")
                                         BytePointer pDeviceBuffer)

32-bit signed short integer MaximumRelative method. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. \param nLength \ref length_specification. \param pDst Pointer to the error result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsMaximumRelativeErrorGetBufferSize_32s to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMaximumRelativeError_32s

@Cast(value="NppStatus")
public static int nppsMaximumRelativeError_32s(@Cast(value="const Npp32s*")
                                         IntBuffer pSrc1,
                                         @Cast(value="const Npp32s*")
                                         IntBuffer pSrc2,
                                         int nLength,
                                         @Cast(value="Npp64f*")
                                         DoubleBuffer pDst,
                                         @Cast(value="Npp8u*")
                                         ByteBuffer pDeviceBuffer)

nppsMaximumRelativeError_32s

@Cast(value="NppStatus")
public static int nppsMaximumRelativeError_32s(@Cast(value="const Npp32s*")
                                         int[] pSrc1,
                                         @Cast(value="const Npp32s*")
                                         int[] pSrc2,
                                         int nLength,
                                         @Cast(value="Npp64f*")
                                         double[] pDst,
                                         @Cast(value="Npp8u*")
                                         byte[] pDeviceBuffer)

nppsMaximumRelativeError_32sc

@Cast(value="NppStatus")
public static int nppsMaximumRelativeError_32sc(@Const
                                          nppc.Npp32sc pSrc1,
                                          @Const
                                          nppc.Npp32sc pSrc2,
                                          int nLength,
                                          @Cast(value="Npp64f*")
                                          DoublePointer pDst,
                                          @Cast(value="Npp8u*")
                                          BytePointer pDeviceBuffer)

32-bit unsigned short complex integer MaximumRelative method. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. \param nLength \ref length_specification. \param pDst Pointer to the error result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsMaximumRelativeErrorGetBufferSize_32sc to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMaximumRelativeError_32sc

@Cast(value="NppStatus")
public static int nppsMaximumRelativeError_32sc(@Const
                                          nppc.Npp32sc pSrc1,
                                          @Const
                                          nppc.Npp32sc pSrc2,
                                          int nLength,
                                          @Cast(value="Npp64f*")
                                          DoubleBuffer pDst,
                                          @Cast(value="Npp8u*")
                                          ByteBuffer pDeviceBuffer)

nppsMaximumRelativeError_32sc

@Cast(value="NppStatus")
public static int nppsMaximumRelativeError_32sc(@Const
                                          nppc.Npp32sc pSrc1,
                                          @Const
                                          nppc.Npp32sc pSrc2,
                                          int nLength,
                                          @Cast(value="Npp64f*")
                                          double[] pDst,
                                          @Cast(value="Npp8u*")
                                          byte[] pDeviceBuffer)

nppsMaximumRelativeError_64s

@Cast(value="NppStatus")
public static int nppsMaximumRelativeError_64s(@Cast(value="const Npp64s*")
                                         LongPointer pSrc1,
                                         @Cast(value="const Npp64s*")
                                         LongPointer pSrc2,
                                         int nLength,
                                         @Cast(value="Npp64f*")
                                         DoublePointer pDst,
                                         @Cast(value="Npp8u*")
                                         BytePointer pDeviceBuffer)

64-bit signed short integer MaximumRelative method. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. \param nLength \ref length_specification. \param pDst Pointer to the error result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsMaximumRelativeErrorGetBufferSize_64s to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMaximumRelativeError_64s

@Cast(value="NppStatus")
public static int nppsMaximumRelativeError_64s(@Cast(value="const Npp64s*")
                                         LongBuffer pSrc1,
                                         @Cast(value="const Npp64s*")
                                         LongBuffer pSrc2,
                                         int nLength,
                                         @Cast(value="Npp64f*")
                                         DoubleBuffer pDst,
                                         @Cast(value="Npp8u*")
                                         ByteBuffer pDeviceBuffer)

nppsMaximumRelativeError_64s

@Cast(value="NppStatus")
public static int nppsMaximumRelativeError_64s(@Cast(value="const Npp64s*")
                                         long[] pSrc1,
                                         @Cast(value="const Npp64s*")
                                         long[] pSrc2,
                                         int nLength,
                                         @Cast(value="Npp64f*")
                                         double[] pDst,
                                         @Cast(value="Npp8u*")
                                         byte[] pDeviceBuffer)

nppsMaximumRelativeError_64sc

@Cast(value="NppStatus")
public static int nppsMaximumRelativeError_64sc(@Const
                                          nppc.Npp64sc pSrc1,
                                          @Const
                                          nppc.Npp64sc pSrc2,
                                          int nLength,
                                          @Cast(value="Npp64f*")
                                          DoublePointer pDst,
                                          @Cast(value="Npp8u*")
                                          BytePointer pDeviceBuffer)

64-bit unsigned short complex integer MaximumRelative method. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. \param nLength \ref length_specification. \param pDst Pointer to the error result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsMaximumRelativeErrorGetBufferSize_64sc to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMaximumRelativeError_64sc

@Cast(value="NppStatus")
public static int nppsMaximumRelativeError_64sc(@Const
                                          nppc.Npp64sc pSrc1,
                                          @Const
                                          nppc.Npp64sc pSrc2,
                                          int nLength,
                                          @Cast(value="Npp64f*")
                                          DoubleBuffer pDst,
                                          @Cast(value="Npp8u*")
                                          ByteBuffer pDeviceBuffer)

nppsMaximumRelativeError_64sc

@Cast(value="NppStatus")
public static int nppsMaximumRelativeError_64sc(@Const
                                          nppc.Npp64sc pSrc1,
                                          @Const
                                          nppc.Npp64sc pSrc2,
                                          int nLength,
                                          @Cast(value="Npp64f*")
                                          double[] pDst,
                                          @Cast(value="Npp8u*")
                                          byte[] pDeviceBuffer)

nppsMaximumRelativeError_32f

@Cast(value="NppStatus")
public static int nppsMaximumRelativeError_32f(@Cast(value="const Npp32f*")
                                         FloatPointer pSrc1,
                                         @Cast(value="const Npp32f*")
                                         FloatPointer pSrc2,
                                         int nLength,
                                         @Cast(value="Npp64f*")
                                         DoublePointer pDst,
                                         @Cast(value="Npp8u*")
                                         BytePointer pDeviceBuffer)

32-bit floating point MaximumRelative method. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. \param nLength \ref length_specification. \param pDst Pointer to the error result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsMaximumRelativeErrorGetBufferSize_32f to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMaximumRelativeError_32f

@Cast(value="NppStatus")
public static int nppsMaximumRelativeError_32f(@Cast(value="const Npp32f*")
                                         FloatBuffer pSrc1,
                                         @Cast(value="const Npp32f*")
                                         FloatBuffer pSrc2,
                                         int nLength,
                                         @Cast(value="Npp64f*")
                                         DoubleBuffer pDst,
                                         @Cast(value="Npp8u*")
                                         ByteBuffer pDeviceBuffer)

nppsMaximumRelativeError_32f

@Cast(value="NppStatus")
public static int nppsMaximumRelativeError_32f(@Cast(value="const Npp32f*")
                                         float[] pSrc1,
                                         @Cast(value="const Npp32f*")
                                         float[] pSrc2,
                                         int nLength,
                                         @Cast(value="Npp64f*")
                                         double[] pDst,
                                         @Cast(value="Npp8u*")
                                         byte[] pDeviceBuffer)

nppsMaximumRelativeError_32fc

@Cast(value="NppStatus")
public static int nppsMaximumRelativeError_32fc(@Const
                                          nppc.Npp32fc pSrc1,
                                          @Const
                                          nppc.Npp32fc pSrc2,
                                          int nLength,
                                          @Cast(value="Npp64f*")
                                          DoublePointer pDst,
                                          @Cast(value="Npp8u*")
                                          BytePointer pDeviceBuffer)

32-bit floating point complex MaximumRelative method. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. \param nLength \ref length_specification. \param pDst Pointer to the error result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsMaximumRelativeErrorGetBufferSize_32fc to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMaximumRelativeError_32fc

@Cast(value="NppStatus")
public static int nppsMaximumRelativeError_32fc(@Const
                                          nppc.Npp32fc pSrc1,
                                          @Const
                                          nppc.Npp32fc pSrc2,
                                          int nLength,
                                          @Cast(value="Npp64f*")
                                          DoubleBuffer pDst,
                                          @Cast(value="Npp8u*")
                                          ByteBuffer pDeviceBuffer)

nppsMaximumRelativeError_32fc

@Cast(value="NppStatus")
public static int nppsMaximumRelativeError_32fc(@Const
                                          nppc.Npp32fc pSrc1,
                                          @Const
                                          nppc.Npp32fc pSrc2,
                                          int nLength,
                                          @Cast(value="Npp64f*")
                                          double[] pDst,
                                          @Cast(value="Npp8u*")
                                          byte[] pDeviceBuffer)

nppsMaximumRelativeError_64f

@Cast(value="NppStatus")
public static int nppsMaximumRelativeError_64f(@Cast(value="const Npp64f*")
                                         DoublePointer pSrc1,
                                         @Cast(value="const Npp64f*")
                                         DoublePointer pSrc2,
                                         int nLength,
                                         @Cast(value="Npp64f*")
                                         DoublePointer pDst,
                                         @Cast(value="Npp8u*")
                                         BytePointer pDeviceBuffer)

64-bit floating point MaximumRelative method. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. \param nLength \ref length_specification. \param pDst Pointer to the error result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsMaximumRelativeErrorGetBufferSize_64f to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMaximumRelativeError_64f

@Cast(value="NppStatus")
public static int nppsMaximumRelativeError_64f(@Cast(value="const Npp64f*")
                                         DoubleBuffer pSrc1,
                                         @Cast(value="const Npp64f*")
                                         DoubleBuffer pSrc2,
                                         int nLength,
                                         @Cast(value="Npp64f*")
                                         DoubleBuffer pDst,
                                         @Cast(value="Npp8u*")
                                         ByteBuffer pDeviceBuffer)

nppsMaximumRelativeError_64f

@Cast(value="NppStatus")
public static int nppsMaximumRelativeError_64f(@Cast(value="const Npp64f*")
                                         double[] pSrc1,
                                         @Cast(value="const Npp64f*")
                                         double[] pSrc2,
                                         int nLength,
                                         @Cast(value="Npp64f*")
                                         double[] pDst,
                                         @Cast(value="Npp8u*")
                                         byte[] pDeviceBuffer)

nppsMaximumRelativeError_64fc

@Cast(value="NppStatus")
public static int nppsMaximumRelativeError_64fc(@Const
                                          nppc.Npp64fc pSrc1,
                                          @Const
                                          nppc.Npp64fc pSrc2,
                                          int nLength,
                                          @Cast(value="Npp64f*")
                                          DoublePointer pDst,
                                          @Cast(value="Npp8u*")
                                          BytePointer pDeviceBuffer)

64-bit floating point complex MaximumRelative method. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. \param nLength \ref length_specification. \param pDst Pointer to the error result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsMaximumRelativeErrorGetBufferSize_64fc to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsMaximumRelativeError_64fc

@Cast(value="NppStatus")
public static int nppsMaximumRelativeError_64fc(@Const
                                          nppc.Npp64fc pSrc1,
                                          @Const
                                          nppc.Npp64fc pSrc2,
                                          int nLength,
                                          @Cast(value="Npp64f*")
                                          DoubleBuffer pDst,
                                          @Cast(value="Npp8u*")
                                          ByteBuffer pDeviceBuffer)

nppsMaximumRelativeError_64fc

@Cast(value="NppStatus")
public static int nppsMaximumRelativeError_64fc(@Const
                                          nppc.Npp64fc pSrc1,
                                          @Const
                                          nppc.Npp64fc pSrc2,
                                          int nLength,
                                          @Cast(value="Npp64f*")
                                          double[] pDst,
                                          @Cast(value="Npp8u*")
                                          byte[] pDeviceBuffer)

nppsMaximumRelativeErrorGetBufferSize_8u
```
@Cast(value="NppStatus")
public static int nppsMaximumRelativeErrorGetBufferSize_8u(int nLength,
                                                     IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsMaximumRelativeError_8u. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsMaximumRelativeErrorGetBufferSize_8u

@Cast(value="NppStatus")
public static int nppsMaximumRelativeErrorGetBufferSize_8u(int nLength,
                                                     IntBuffer hpBufferSize)

nppsMaximumRelativeErrorGetBufferSize_8u

@Cast(value="NppStatus")
public static int nppsMaximumRelativeErrorGetBufferSize_8u(int nLength,
                                                     int[] hpBufferSize)

nppsMaximumRelativeErrorGetBufferSize_8s
```
@Cast(value="NppStatus")
public static int nppsMaximumRelativeErrorGetBufferSize_8s(int nLength,
                                                     IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsMaximumRelativeError_8s. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsMaximumRelativeErrorGetBufferSize_8s

@Cast(value="NppStatus")
public static int nppsMaximumRelativeErrorGetBufferSize_8s(int nLength,
                                                     IntBuffer hpBufferSize)

nppsMaximumRelativeErrorGetBufferSize_8s

@Cast(value="NppStatus")
public static int nppsMaximumRelativeErrorGetBufferSize_8s(int nLength,
                                                     int[] hpBufferSize)

nppsMaximumRelativeErrorGetBufferSize_16u
```
@Cast(value="NppStatus")
public static int nppsMaximumRelativeErrorGetBufferSize_16u(int nLength,
                                                      IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsMaximumRelativeError_16u. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsMaximumRelativeErrorGetBufferSize_16u

@Cast(value="NppStatus")
public static int nppsMaximumRelativeErrorGetBufferSize_16u(int nLength,
                                                      IntBuffer hpBufferSize)

nppsMaximumRelativeErrorGetBufferSize_16u

@Cast(value="NppStatus")
public static int nppsMaximumRelativeErrorGetBufferSize_16u(int nLength,
                                                      int[] hpBufferSize)

nppsMaximumRelativeErrorGetBufferSize_16s
```
@Cast(value="NppStatus")
public static int nppsMaximumRelativeErrorGetBufferSize_16s(int nLength,
                                                      IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsMaximumRelativeError_16s. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsMaximumRelativeErrorGetBufferSize_16s

@Cast(value="NppStatus")
public static int nppsMaximumRelativeErrorGetBufferSize_16s(int nLength,
                                                      IntBuffer hpBufferSize)

nppsMaximumRelativeErrorGetBufferSize_16s

@Cast(value="NppStatus")
public static int nppsMaximumRelativeErrorGetBufferSize_16s(int nLength,
                                                      int[] hpBufferSize)

nppsMaximumRelativeErrorGetBufferSize_16sc
```
@Cast(value="NppStatus")
public static int nppsMaximumRelativeErrorGetBufferSize_16sc(int nLength,
                                                       IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsMaximumRelativeError_16sc. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsMaximumRelativeErrorGetBufferSize_16sc

@Cast(value="NppStatus")
public static int nppsMaximumRelativeErrorGetBufferSize_16sc(int nLength,
                                                       IntBuffer hpBufferSize)

nppsMaximumRelativeErrorGetBufferSize_16sc

@Cast(value="NppStatus")
public static int nppsMaximumRelativeErrorGetBufferSize_16sc(int nLength,
                                                       int[] hpBufferSize)

nppsMaximumRelativeErrorGetBufferSize_32u
```
@Cast(value="NppStatus")
public static int nppsMaximumRelativeErrorGetBufferSize_32u(int nLength,
                                                      IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsMaximumRelativeError_32u. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsMaximumRelativeErrorGetBufferSize_32u

@Cast(value="NppStatus")
public static int nppsMaximumRelativeErrorGetBufferSize_32u(int nLength,
                                                      IntBuffer hpBufferSize)

nppsMaximumRelativeErrorGetBufferSize_32u

@Cast(value="NppStatus")
public static int nppsMaximumRelativeErrorGetBufferSize_32u(int nLength,
                                                      int[] hpBufferSize)

nppsMaximumRelativeErrorGetBufferSize_32s
```
@Cast(value="NppStatus")
public static int nppsMaximumRelativeErrorGetBufferSize_32s(int nLength,
                                                      IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsMaximumRelativeError_32s. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsMaximumRelativeErrorGetBufferSize_32s

@Cast(value="NppStatus")
public static int nppsMaximumRelativeErrorGetBufferSize_32s(int nLength,
                                                      IntBuffer hpBufferSize)

nppsMaximumRelativeErrorGetBufferSize_32s

@Cast(value="NppStatus")
public static int nppsMaximumRelativeErrorGetBufferSize_32s(int nLength,
                                                      int[] hpBufferSize)

nppsMaximumRelativeErrorGetBufferSize_32sc
```
@Cast(value="NppStatus")
public static int nppsMaximumRelativeErrorGetBufferSize_32sc(int nLength,
                                                       IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsMaximumRelativeError_32sc. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsMaximumRelativeErrorGetBufferSize_32sc

@Cast(value="NppStatus")
public static int nppsMaximumRelativeErrorGetBufferSize_32sc(int nLength,
                                                       IntBuffer hpBufferSize)

nppsMaximumRelativeErrorGetBufferSize_32sc

@Cast(value="NppStatus")
public static int nppsMaximumRelativeErrorGetBufferSize_32sc(int nLength,
                                                       int[] hpBufferSize)

nppsMaximumRelativeErrorGetBufferSize_64s
```
@Cast(value="NppStatus")
public static int nppsMaximumRelativeErrorGetBufferSize_64s(int nLength,
                                                      IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsMaximumRelativeError_64s. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsMaximumRelativeErrorGetBufferSize_64s

@Cast(value="NppStatus")
public static int nppsMaximumRelativeErrorGetBufferSize_64s(int nLength,
                                                      IntBuffer hpBufferSize)

nppsMaximumRelativeErrorGetBufferSize_64s

@Cast(value="NppStatus")
public static int nppsMaximumRelativeErrorGetBufferSize_64s(int nLength,
                                                      int[] hpBufferSize)

nppsMaximumRelativeErrorGetBufferSize_64sc
```
@Cast(value="NppStatus")
public static int nppsMaximumRelativeErrorGetBufferSize_64sc(int nLength,
                                                       IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsMaximumRelativeError_64sc. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsMaximumRelativeErrorGetBufferSize_64sc

@Cast(value="NppStatus")
public static int nppsMaximumRelativeErrorGetBufferSize_64sc(int nLength,
                                                       IntBuffer hpBufferSize)

nppsMaximumRelativeErrorGetBufferSize_64sc

@Cast(value="NppStatus")
public static int nppsMaximumRelativeErrorGetBufferSize_64sc(int nLength,
                                                       int[] hpBufferSize)

nppsMaximumRelativeErrorGetBufferSize_32f
```
@Cast(value="NppStatus")
public static int nppsMaximumRelativeErrorGetBufferSize_32f(int nLength,
                                                      IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsMaximumRelativeError_32f. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsMaximumRelativeErrorGetBufferSize_32f

@Cast(value="NppStatus")
public static int nppsMaximumRelativeErrorGetBufferSize_32f(int nLength,
                                                      IntBuffer hpBufferSize)

nppsMaximumRelativeErrorGetBufferSize_32f

@Cast(value="NppStatus")
public static int nppsMaximumRelativeErrorGetBufferSize_32f(int nLength,
                                                      int[] hpBufferSize)

nppsMaximumRelativeErrorGetBufferSize_32fc
```
@Cast(value="NppStatus")
public static int nppsMaximumRelativeErrorGetBufferSize_32fc(int nLength,
                                                       IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsMaximumRelativeError_32fc. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsMaximumRelativeErrorGetBufferSize_32fc

@Cast(value="NppStatus")
public static int nppsMaximumRelativeErrorGetBufferSize_32fc(int nLength,
                                                       IntBuffer hpBufferSize)

nppsMaximumRelativeErrorGetBufferSize_32fc

@Cast(value="NppStatus")
public static int nppsMaximumRelativeErrorGetBufferSize_32fc(int nLength,
                                                       int[] hpBufferSize)

nppsMaximumRelativeErrorGetBufferSize_64f
```
@Cast(value="NppStatus")
public static int nppsMaximumRelativeErrorGetBufferSize_64f(int nLength,
                                                      IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsMaximumRelativeError_64f. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsMaximumRelativeErrorGetBufferSize_64f

@Cast(value="NppStatus")
public static int nppsMaximumRelativeErrorGetBufferSize_64f(int nLength,
                                                      IntBuffer hpBufferSize)

nppsMaximumRelativeErrorGetBufferSize_64f

@Cast(value="NppStatus")
public static int nppsMaximumRelativeErrorGetBufferSize_64f(int nLength,
                                                      int[] hpBufferSize)

nppsMaximumRelativeErrorGetBufferSize_64fc
```
@Cast(value="NppStatus")
public static int nppsMaximumRelativeErrorGetBufferSize_64fc(int nLength,
                                                       IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsMaximumRelativeError_64fc. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsMaximumRelativeErrorGetBufferSize_64fc

@Cast(value="NppStatus")
public static int nppsMaximumRelativeErrorGetBufferSize_64fc(int nLength,
                                                       IntBuffer hpBufferSize)

nppsMaximumRelativeErrorGetBufferSize_64fc

@Cast(value="NppStatus")
public static int nppsMaximumRelativeErrorGetBufferSize_64fc(int nLength,
                                                       int[] hpBufferSize)

nppsAverageRelativeError_8u

@Cast(value="NppStatus")
public static int nppsAverageRelativeError_8u(@Cast(value="const Npp8u*")
                                        BytePointer pSrc1,
                                        @Cast(value="const Npp8u*")
                                        BytePointer pSrc2,
                                        int nLength,
                                        @Cast(value="Npp64f*")
                                        DoublePointer pDst,
                                        @Cast(value="Npp8u*")
                                        BytePointer pDeviceBuffer)

8-bit unsigned char AverageRelative method. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. \param nLength \ref length_specification. \param pDst Pointer to the error result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsAverageRelativeErrorGetBufferSize_8u to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsAverageRelativeError_8u

@Cast(value="NppStatus")
public static int nppsAverageRelativeError_8u(@Cast(value="const Npp8u*")
                                        ByteBuffer pSrc1,
                                        @Cast(value="const Npp8u*")
                                        ByteBuffer pSrc2,
                                        int nLength,
                                        @Cast(value="Npp64f*")
                                        DoubleBuffer pDst,
                                        @Cast(value="Npp8u*")
                                        ByteBuffer pDeviceBuffer)

nppsAverageRelativeError_8u

@Cast(value="NppStatus")
public static int nppsAverageRelativeError_8u(@Cast(value="const Npp8u*")
                                        byte[] pSrc1,
                                        @Cast(value="const Npp8u*")
                                        byte[] pSrc2,
                                        int nLength,
                                        @Cast(value="Npp64f*")
                                        double[] pDst,
                                        @Cast(value="Npp8u*")
                                        byte[] pDeviceBuffer)

nppsAverageRelativeError_8s

@Cast(value="NppStatus")
public static int nppsAverageRelativeError_8s(@Cast(value="const Npp8s*")
                                        BytePointer pSrc1,
                                        @Cast(value="const Npp8s*")
                                        BytePointer pSrc2,
                                        int nLength,
                                        @Cast(value="Npp64f*")
                                        DoublePointer pDst,
                                        @Cast(value="Npp8u*")
                                        BytePointer pDeviceBuffer)

8-bit signed char AverageRelative method. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. \param nLength \ref length_specification. \param pDst Pointer to the error result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsAverageRelativeErrorGetBufferSize_8s to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsAverageRelativeError_8s

@Cast(value="NppStatus")
public static int nppsAverageRelativeError_8s(@Cast(value="const Npp8s*")
                                        ByteBuffer pSrc1,
                                        @Cast(value="const Npp8s*")
                                        ByteBuffer pSrc2,
                                        int nLength,
                                        @Cast(value="Npp64f*")
                                        DoubleBuffer pDst,
                                        @Cast(value="Npp8u*")
                                        ByteBuffer pDeviceBuffer)

nppsAverageRelativeError_8s

@Cast(value="NppStatus")
public static int nppsAverageRelativeError_8s(@Cast(value="const Npp8s*")
                                        byte[] pSrc1,
                                        @Cast(value="const Npp8s*")
                                        byte[] pSrc2,
                                        int nLength,
                                        @Cast(value="Npp64f*")
                                        double[] pDst,
                                        @Cast(value="Npp8u*")
                                        byte[] pDeviceBuffer)

nppsAverageRelativeError_16u

@Cast(value="NppStatus")
public static int nppsAverageRelativeError_16u(@Cast(value="const Npp16u*")
                                         ShortPointer pSrc1,
                                         @Cast(value="const Npp16u*")
                                         ShortPointer pSrc2,
                                         int nLength,
                                         @Cast(value="Npp64f*")
                                         DoublePointer pDst,
                                         @Cast(value="Npp8u*")
                                         BytePointer pDeviceBuffer)

16-bit unsigned short integer AverageRelative method. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. \param nLength \ref length_specification. \param pDst Pointer to the error result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsAverageRelativeErrorGetBufferSize_16u to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsAverageRelativeError_16u

@Cast(value="NppStatus")
public static int nppsAverageRelativeError_16u(@Cast(value="const Npp16u*")
                                         ShortBuffer pSrc1,
                                         @Cast(value="const Npp16u*")
                                         ShortBuffer pSrc2,
                                         int nLength,
                                         @Cast(value="Npp64f*")
                                         DoubleBuffer pDst,
                                         @Cast(value="Npp8u*")
                                         ByteBuffer pDeviceBuffer)

nppsAverageRelativeError_16u

@Cast(value="NppStatus")
public static int nppsAverageRelativeError_16u(@Cast(value="const Npp16u*")
                                         short[] pSrc1,
                                         @Cast(value="const Npp16u*")
                                         short[] pSrc2,
                                         int nLength,
                                         @Cast(value="Npp64f*")
                                         double[] pDst,
                                         @Cast(value="Npp8u*")
                                         byte[] pDeviceBuffer)

nppsAverageRelativeError_16s

@Cast(value="NppStatus")
public static int nppsAverageRelativeError_16s(@Cast(value="const Npp16s*")
                                         ShortPointer pSrc1,
                                         @Cast(value="const Npp16s*")
                                         ShortPointer pSrc2,
                                         int nLength,
                                         @Cast(value="Npp64f*")
                                         DoublePointer pDst,
                                         @Cast(value="Npp8u*")
                                         BytePointer pDeviceBuffer)

16-bit signed short integer AverageRelative method. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. \param nLength \ref length_specification. \param pDst Pointer to the error result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsAverageRelativeErrorGetBufferSize_16s to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsAverageRelativeError_16s

@Cast(value="NppStatus")
public static int nppsAverageRelativeError_16s(@Cast(value="const Npp16s*")
                                         ShortBuffer pSrc1,
                                         @Cast(value="const Npp16s*")
                                         ShortBuffer pSrc2,
                                         int nLength,
                                         @Cast(value="Npp64f*")
                                         DoubleBuffer pDst,
                                         @Cast(value="Npp8u*")
                                         ByteBuffer pDeviceBuffer)

nppsAverageRelativeError_16s

@Cast(value="NppStatus")
public static int nppsAverageRelativeError_16s(@Cast(value="const Npp16s*")
                                         short[] pSrc1,
                                         @Cast(value="const Npp16s*")
                                         short[] pSrc2,
                                         int nLength,
                                         @Cast(value="Npp64f*")
                                         double[] pDst,
                                         @Cast(value="Npp8u*")
                                         byte[] pDeviceBuffer)

nppsAverageRelativeError_16sc

@Cast(value="NppStatus")
public static int nppsAverageRelativeError_16sc(@Const
                                          nppc.Npp16sc pSrc1,
                                          @Const
                                          nppc.Npp16sc pSrc2,
                                          int nLength,
                                          @Cast(value="Npp64f*")
                                          DoublePointer pDst,
                                          @Cast(value="Npp8u*")
                                          BytePointer pDeviceBuffer)

16-bit unsigned short complex integer AverageRelative method. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. \param nLength \ref length_specification. \param pDst Pointer to the error result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsAverageRelativeErrorGetBufferSize_16sc to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsAverageRelativeError_16sc

@Cast(value="NppStatus")
public static int nppsAverageRelativeError_16sc(@Const
                                          nppc.Npp16sc pSrc1,
                                          @Const
                                          nppc.Npp16sc pSrc2,
                                          int nLength,
                                          @Cast(value="Npp64f*")
                                          DoubleBuffer pDst,
                                          @Cast(value="Npp8u*")
                                          ByteBuffer pDeviceBuffer)

nppsAverageRelativeError_16sc

@Cast(value="NppStatus")
public static int nppsAverageRelativeError_16sc(@Const
                                          nppc.Npp16sc pSrc1,
                                          @Const
                                          nppc.Npp16sc pSrc2,
                                          int nLength,
                                          @Cast(value="Npp64f*")
                                          double[] pDst,
                                          @Cast(value="Npp8u*")
                                          byte[] pDeviceBuffer)

nppsAverageRelativeError_32u

@Cast(value="NppStatus")
public static int nppsAverageRelativeError_32u(@Cast(value="const Npp32u*")
                                         IntPointer pSrc1,
                                         @Cast(value="const Npp32u*")
                                         IntPointer pSrc2,
                                         int nLength,
                                         @Cast(value="Npp64f*")
                                         DoublePointer pDst,
                                         @Cast(value="Npp8u*")
                                         BytePointer pDeviceBuffer)

32-bit unsigned short integer AverageRelative method. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. \param nLength \ref length_specification. \param pDst Pointer to the error result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsAverageRelativeErrorGetBufferSize_32u to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsAverageRelativeError_32u

@Cast(value="NppStatus")
public static int nppsAverageRelativeError_32u(@Cast(value="const Npp32u*")
                                         IntBuffer pSrc1,
                                         @Cast(value="const Npp32u*")
                                         IntBuffer pSrc2,
                                         int nLength,
                                         @Cast(value="Npp64f*")
                                         DoubleBuffer pDst,
                                         @Cast(value="Npp8u*")
                                         ByteBuffer pDeviceBuffer)

nppsAverageRelativeError_32u

@Cast(value="NppStatus")
public static int nppsAverageRelativeError_32u(@Cast(value="const Npp32u*")
                                         int[] pSrc1,
                                         @Cast(value="const Npp32u*")
                                         int[] pSrc2,
                                         int nLength,
                                         @Cast(value="Npp64f*")
                                         double[] pDst,
                                         @Cast(value="Npp8u*")
                                         byte[] pDeviceBuffer)

nppsAverageRelativeError_32s

@Cast(value="NppStatus")
public static int nppsAverageRelativeError_32s(@Cast(value="const Npp32s*")
                                         IntPointer pSrc1,
                                         @Cast(value="const Npp32s*")
                                         IntPointer pSrc2,
                                         int nLength,
                                         @Cast(value="Npp64f*")
                                         DoublePointer pDst,
                                         @Cast(value="Npp8u*")
                                         BytePointer pDeviceBuffer)

32-bit signed short integer AverageRelative method. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. \param nLength \ref length_specification. \param pDst Pointer to the error result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsAverageRelativeErrorGetBufferSize_32s to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsAverageRelativeError_32s

@Cast(value="NppStatus")
public static int nppsAverageRelativeError_32s(@Cast(value="const Npp32s*")
                                         IntBuffer pSrc1,
                                         @Cast(value="const Npp32s*")
                                         IntBuffer pSrc2,
                                         int nLength,
                                         @Cast(value="Npp64f*")
                                         DoubleBuffer pDst,
                                         @Cast(value="Npp8u*")
                                         ByteBuffer pDeviceBuffer)

nppsAverageRelativeError_32s

@Cast(value="NppStatus")
public static int nppsAverageRelativeError_32s(@Cast(value="const Npp32s*")
                                         int[] pSrc1,
                                         @Cast(value="const Npp32s*")
                                         int[] pSrc2,
                                         int nLength,
                                         @Cast(value="Npp64f*")
                                         double[] pDst,
                                         @Cast(value="Npp8u*")
                                         byte[] pDeviceBuffer)

nppsAverageRelativeError_32sc

@Cast(value="NppStatus")
public static int nppsAverageRelativeError_32sc(@Const
                                          nppc.Npp32sc pSrc1,
                                          @Const
                                          nppc.Npp32sc pSrc2,
                                          int nLength,
                                          @Cast(value="Npp64f*")
                                          DoublePointer pDst,
                                          @Cast(value="Npp8u*")
                                          BytePointer pDeviceBuffer)

32-bit unsigned short complex integer AverageRelative method. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. \param nLength \ref length_specification. \param pDst Pointer to the error result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsAverageRelativeErrorGetBufferSize_32sc to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsAverageRelativeError_32sc

@Cast(value="NppStatus")
public static int nppsAverageRelativeError_32sc(@Const
                                          nppc.Npp32sc pSrc1,
                                          @Const
                                          nppc.Npp32sc pSrc2,
                                          int nLength,
                                          @Cast(value="Npp64f*")
                                          DoubleBuffer pDst,
                                          @Cast(value="Npp8u*")
                                          ByteBuffer pDeviceBuffer)

nppsAverageRelativeError_32sc

@Cast(value="NppStatus")
public static int nppsAverageRelativeError_32sc(@Const
                                          nppc.Npp32sc pSrc1,
                                          @Const
                                          nppc.Npp32sc pSrc2,
                                          int nLength,
                                          @Cast(value="Npp64f*")
                                          double[] pDst,
                                          @Cast(value="Npp8u*")
                                          byte[] pDeviceBuffer)

nppsAverageRelativeError_64s

@Cast(value="NppStatus")
public static int nppsAverageRelativeError_64s(@Cast(value="const Npp64s*")
                                         LongPointer pSrc1,
                                         @Cast(value="const Npp64s*")
                                         LongPointer pSrc2,
                                         int nLength,
                                         @Cast(value="Npp64f*")
                                         DoublePointer pDst,
                                         @Cast(value="Npp8u*")
                                         BytePointer pDeviceBuffer)

64-bit signed short integer AverageRelative method. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. \param nLength \ref length_specification. \param pDst Pointer to the error result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsAverageRelativeErrorGetBufferSize_64s to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsAverageRelativeError_64s

@Cast(value="NppStatus")
public static int nppsAverageRelativeError_64s(@Cast(value="const Npp64s*")
                                         LongBuffer pSrc1,
                                         @Cast(value="const Npp64s*")
                                         LongBuffer pSrc2,
                                         int nLength,
                                         @Cast(value="Npp64f*")
                                         DoubleBuffer pDst,
                                         @Cast(value="Npp8u*")
                                         ByteBuffer pDeviceBuffer)

nppsAverageRelativeError_64s

@Cast(value="NppStatus")
public static int nppsAverageRelativeError_64s(@Cast(value="const Npp64s*")
                                         long[] pSrc1,
                                         @Cast(value="const Npp64s*")
                                         long[] pSrc2,
                                         int nLength,
                                         @Cast(value="Npp64f*")
                                         double[] pDst,
                                         @Cast(value="Npp8u*")
                                         byte[] pDeviceBuffer)

nppsAverageRelativeError_64sc

@Cast(value="NppStatus")
public static int nppsAverageRelativeError_64sc(@Const
                                          nppc.Npp64sc pSrc1,
                                          @Const
                                          nppc.Npp64sc pSrc2,
                                          int nLength,
                                          @Cast(value="Npp64f*")
                                          DoublePointer pDst,
                                          @Cast(value="Npp8u*")
                                          BytePointer pDeviceBuffer)

64-bit unsigned short complex integer AverageRelative method. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. \param nLength \ref length_specification. \param pDst Pointer to the error result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsAverageRelativeErrorGetBufferSize_64sc to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsAverageRelativeError_64sc

@Cast(value="NppStatus")
public static int nppsAverageRelativeError_64sc(@Const
                                          nppc.Npp64sc pSrc1,
                                          @Const
                                          nppc.Npp64sc pSrc2,
                                          int nLength,
                                          @Cast(value="Npp64f*")
                                          DoubleBuffer pDst,
                                          @Cast(value="Npp8u*")
                                          ByteBuffer pDeviceBuffer)

nppsAverageRelativeError_64sc

@Cast(value="NppStatus")
public static int nppsAverageRelativeError_64sc(@Const
                                          nppc.Npp64sc pSrc1,
                                          @Const
                                          nppc.Npp64sc pSrc2,
                                          int nLength,
                                          @Cast(value="Npp64f*")
                                          double[] pDst,
                                          @Cast(value="Npp8u*")
                                          byte[] pDeviceBuffer)

nppsAverageRelativeError_32f

@Cast(value="NppStatus")
public static int nppsAverageRelativeError_32f(@Cast(value="const Npp32f*")
                                         FloatPointer pSrc1,
                                         @Cast(value="const Npp32f*")
                                         FloatPointer pSrc2,
                                         int nLength,
                                         @Cast(value="Npp64f*")
                                         DoublePointer pDst,
                                         @Cast(value="Npp8u*")
                                         BytePointer pDeviceBuffer)

32-bit floating point AverageRelative method. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. \param nLength \ref length_specification. \param pDst Pointer to the error result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsAverageRelativeErrorGetBufferSize_32f to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsAverageRelativeError_32f

@Cast(value="NppStatus")
public static int nppsAverageRelativeError_32f(@Cast(value="const Npp32f*")
                                         FloatBuffer pSrc1,
                                         @Cast(value="const Npp32f*")
                                         FloatBuffer pSrc2,
                                         int nLength,
                                         @Cast(value="Npp64f*")
                                         DoubleBuffer pDst,
                                         @Cast(value="Npp8u*")
                                         ByteBuffer pDeviceBuffer)

nppsAverageRelativeError_32f

@Cast(value="NppStatus")
public static int nppsAverageRelativeError_32f(@Cast(value="const Npp32f*")
                                         float[] pSrc1,
                                         @Cast(value="const Npp32f*")
                                         float[] pSrc2,
                                         int nLength,
                                         @Cast(value="Npp64f*")
                                         double[] pDst,
                                         @Cast(value="Npp8u*")
                                         byte[] pDeviceBuffer)

nppsAverageRelativeError_32fc

@Cast(value="NppStatus")
public static int nppsAverageRelativeError_32fc(@Const
                                          nppc.Npp32fc pSrc1,
                                          @Const
                                          nppc.Npp32fc pSrc2,
                                          int nLength,
                                          @Cast(value="Npp64f*")
                                          DoublePointer pDst,
                                          @Cast(value="Npp8u*")
                                          BytePointer pDeviceBuffer)

32-bit floating point complex AverageRelative method. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. \param nLength \ref length_specification. \param pDst Pointer to the error result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsAverageRelativeErrorGetBufferSize_32fc to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsAverageRelativeError_32fc

@Cast(value="NppStatus")
public static int nppsAverageRelativeError_32fc(@Const
                                          nppc.Npp32fc pSrc1,
                                          @Const
                                          nppc.Npp32fc pSrc2,
                                          int nLength,
                                          @Cast(value="Npp64f*")
                                          DoubleBuffer pDst,
                                          @Cast(value="Npp8u*")
                                          ByteBuffer pDeviceBuffer)

nppsAverageRelativeError_32fc

@Cast(value="NppStatus")
public static int nppsAverageRelativeError_32fc(@Const
                                          nppc.Npp32fc pSrc1,
                                          @Const
                                          nppc.Npp32fc pSrc2,
                                          int nLength,
                                          @Cast(value="Npp64f*")
                                          double[] pDst,
                                          @Cast(value="Npp8u*")
                                          byte[] pDeviceBuffer)

nppsAverageRelativeError_64f

@Cast(value="NppStatus")
public static int nppsAverageRelativeError_64f(@Cast(value="const Npp64f*")
                                         DoublePointer pSrc1,
                                         @Cast(value="const Npp64f*")
                                         DoublePointer pSrc2,
                                         int nLength,
                                         @Cast(value="Npp64f*")
                                         DoublePointer pDst,
                                         @Cast(value="Npp8u*")
                                         BytePointer pDeviceBuffer)

64-bit floating point AverageRelative method. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. \param nLength \ref length_specification. \param pDst Pointer to the error result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsAverageRelativeErrorGetBufferSize_64f to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsAverageRelativeError_64f

@Cast(value="NppStatus")
public static int nppsAverageRelativeError_64f(@Cast(value="const Npp64f*")
                                         DoubleBuffer pSrc1,
                                         @Cast(value="const Npp64f*")
                                         DoubleBuffer pSrc2,
                                         int nLength,
                                         @Cast(value="Npp64f*")
                                         DoubleBuffer pDst,
                                         @Cast(value="Npp8u*")
                                         ByteBuffer pDeviceBuffer)

nppsAverageRelativeError_64f

@Cast(value="NppStatus")
public static int nppsAverageRelativeError_64f(@Cast(value="const Npp64f*")
                                         double[] pSrc1,
                                         @Cast(value="const Npp64f*")
                                         double[] pSrc2,
                                         int nLength,
                                         @Cast(value="Npp64f*")
                                         double[] pDst,
                                         @Cast(value="Npp8u*")
                                         byte[] pDeviceBuffer)

nppsAverageRelativeError_64fc

@Cast(value="NppStatus")
public static int nppsAverageRelativeError_64fc(@Const
                                          nppc.Npp64fc pSrc1,
                                          @Const
                                          nppc.Npp64fc pSrc2,
                                          int nLength,
                                          @Cast(value="Npp64f*")
                                          DoublePointer pDst,
                                          @Cast(value="Npp8u*")
                                          BytePointer pDeviceBuffer)

64-bit floating point complex AverageRelative method. \param pSrc1 \ref source_signal_pointer. \param pSrc2 \ref source_signal_pointer. \param nLength \ref length_specification. \param pDst Pointer to the error result. \param pDeviceBuffer Pointer to the required device memory allocation, \ref general_scratch_buffer. Use \ref nppsAverageRelativeErrorGetBufferSize_64fc to determine the minium number of bytes required. \return \ref signal_data_error_codes, \ref length_error_codes.

nppsAverageRelativeError_64fc

@Cast(value="NppStatus")
public static int nppsAverageRelativeError_64fc(@Const
                                          nppc.Npp64fc pSrc1,
                                          @Const
                                          nppc.Npp64fc pSrc2,
                                          int nLength,
                                          @Cast(value="Npp64f*")
                                          DoubleBuffer pDst,
                                          @Cast(value="Npp8u*")
                                          ByteBuffer pDeviceBuffer)

nppsAverageRelativeError_64fc

@Cast(value="NppStatus")
public static int nppsAverageRelativeError_64fc(@Const
                                          nppc.Npp64fc pSrc1,
                                          @Const
                                          nppc.Npp64fc pSrc2,
                                          int nLength,
                                          @Cast(value="Npp64f*")
                                          double[] pDst,
                                          @Cast(value="Npp8u*")
                                          byte[] pDeviceBuffer)

nppsAverageRelativeErrorGetBufferSize_8u
```
@Cast(value="NppStatus")
public static int nppsAverageRelativeErrorGetBufferSize_8u(int nLength,
                                                     IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsAverageRelativeError_8u. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsAverageRelativeErrorGetBufferSize_8u

@Cast(value="NppStatus")
public static int nppsAverageRelativeErrorGetBufferSize_8u(int nLength,
                                                     IntBuffer hpBufferSize)

nppsAverageRelativeErrorGetBufferSize_8u

@Cast(value="NppStatus")
public static int nppsAverageRelativeErrorGetBufferSize_8u(int nLength,
                                                     int[] hpBufferSize)

nppsAverageRelativeErrorGetBufferSize_8s
```
@Cast(value="NppStatus")
public static int nppsAverageRelativeErrorGetBufferSize_8s(int nLength,
                                                     IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsAverageRelativeError_8s. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsAverageRelativeErrorGetBufferSize_8s

@Cast(value="NppStatus")
public static int nppsAverageRelativeErrorGetBufferSize_8s(int nLength,
                                                     IntBuffer hpBufferSize)

nppsAverageRelativeErrorGetBufferSize_8s

@Cast(value="NppStatus")
public static int nppsAverageRelativeErrorGetBufferSize_8s(int nLength,
                                                     int[] hpBufferSize)

nppsAverageRelativeErrorGetBufferSize_16u
```
@Cast(value="NppStatus")
public static int nppsAverageRelativeErrorGetBufferSize_16u(int nLength,
                                                      IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsAverageRelativeError_16u. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsAverageRelativeErrorGetBufferSize_16u

@Cast(value="NppStatus")
public static int nppsAverageRelativeErrorGetBufferSize_16u(int nLength,
                                                      IntBuffer hpBufferSize)

nppsAverageRelativeErrorGetBufferSize_16u

@Cast(value="NppStatus")
public static int nppsAverageRelativeErrorGetBufferSize_16u(int nLength,
                                                      int[] hpBufferSize)

nppsAverageRelativeErrorGetBufferSize_16s
```
@Cast(value="NppStatus")
public static int nppsAverageRelativeErrorGetBufferSize_16s(int nLength,
                                                      IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsAverageRelativeError_16s. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsAverageRelativeErrorGetBufferSize_16s

@Cast(value="NppStatus")
public static int nppsAverageRelativeErrorGetBufferSize_16s(int nLength,
                                                      IntBuffer hpBufferSize)

nppsAverageRelativeErrorGetBufferSize_16s

@Cast(value="NppStatus")
public static int nppsAverageRelativeErrorGetBufferSize_16s(int nLength,
                                                      int[] hpBufferSize)

nppsAverageRelativeErrorGetBufferSize_16sc
```
@Cast(value="NppStatus")
public static int nppsAverageRelativeErrorGetBufferSize_16sc(int nLength,
                                                       IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsAverageRelativeError_16sc. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsAverageRelativeErrorGetBufferSize_16sc

@Cast(value="NppStatus")
public static int nppsAverageRelativeErrorGetBufferSize_16sc(int nLength,
                                                       IntBuffer hpBufferSize)

nppsAverageRelativeErrorGetBufferSize_16sc

@Cast(value="NppStatus")
public static int nppsAverageRelativeErrorGetBufferSize_16sc(int nLength,
                                                       int[] hpBufferSize)

nppsAverageRelativeErrorGetBufferSize_32u
```
@Cast(value="NppStatus")
public static int nppsAverageRelativeErrorGetBufferSize_32u(int nLength,
                                                      IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsAverageRelativeError_32u. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsAverageRelativeErrorGetBufferSize_32u

@Cast(value="NppStatus")
public static int nppsAverageRelativeErrorGetBufferSize_32u(int nLength,
                                                      IntBuffer hpBufferSize)

nppsAverageRelativeErrorGetBufferSize_32u

@Cast(value="NppStatus")
public static int nppsAverageRelativeErrorGetBufferSize_32u(int nLength,
                                                      int[] hpBufferSize)

nppsAverageRelativeErrorGetBufferSize_32s
```
@Cast(value="NppStatus")
public static int nppsAverageRelativeErrorGetBufferSize_32s(int nLength,
                                                      IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsAverageRelativeError_32s. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsAverageRelativeErrorGetBufferSize_32s

@Cast(value="NppStatus")
public static int nppsAverageRelativeErrorGetBufferSize_32s(int nLength,
                                                      IntBuffer hpBufferSize)

nppsAverageRelativeErrorGetBufferSize_32s

@Cast(value="NppStatus")
public static int nppsAverageRelativeErrorGetBufferSize_32s(int nLength,
                                                      int[] hpBufferSize)

nppsAverageRelativeErrorGetBufferSize_32sc
```
@Cast(value="NppStatus")
public static int nppsAverageRelativeErrorGetBufferSize_32sc(int nLength,
                                                       IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsAverageRelativeError_32sc. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsAverageRelativeErrorGetBufferSize_32sc

@Cast(value="NppStatus")
public static int nppsAverageRelativeErrorGetBufferSize_32sc(int nLength,
                                                       IntBuffer hpBufferSize)

nppsAverageRelativeErrorGetBufferSize_32sc

@Cast(value="NppStatus")
public static int nppsAverageRelativeErrorGetBufferSize_32sc(int nLength,
                                                       int[] hpBufferSize)

nppsAverageRelativeErrorGetBufferSize_64s
```
@Cast(value="NppStatus")
public static int nppsAverageRelativeErrorGetBufferSize_64s(int nLength,
                                                      IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsAverageRelativeError_64s. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsAverageRelativeErrorGetBufferSize_64s

@Cast(value="NppStatus")
public static int nppsAverageRelativeErrorGetBufferSize_64s(int nLength,
                                                      IntBuffer hpBufferSize)

nppsAverageRelativeErrorGetBufferSize_64s

@Cast(value="NppStatus")
public static int nppsAverageRelativeErrorGetBufferSize_64s(int nLength,
                                                      int[] hpBufferSize)

nppsAverageRelativeErrorGetBufferSize_64sc
```
@Cast(value="NppStatus")
public static int nppsAverageRelativeErrorGetBufferSize_64sc(int nLength,
                                                       IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsAverageRelativeError_64sc. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsAverageRelativeErrorGetBufferSize_64sc

@Cast(value="NppStatus")
public static int nppsAverageRelativeErrorGetBufferSize_64sc(int nLength,
                                                       IntBuffer hpBufferSize)

nppsAverageRelativeErrorGetBufferSize_64sc

@Cast(value="NppStatus")
public static int nppsAverageRelativeErrorGetBufferSize_64sc(int nLength,
                                                       int[] hpBufferSize)

nppsAverageRelativeErrorGetBufferSize_32f
```
@Cast(value="NppStatus")
public static int nppsAverageRelativeErrorGetBufferSize_32f(int nLength,
                                                      IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsAverageRelativeError_32f. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsAverageRelativeErrorGetBufferSize_32f

@Cast(value="NppStatus")
public static int nppsAverageRelativeErrorGetBufferSize_32f(int nLength,
                                                      IntBuffer hpBufferSize)

nppsAverageRelativeErrorGetBufferSize_32f

@Cast(value="NppStatus")
public static int nppsAverageRelativeErrorGetBufferSize_32f(int nLength,
                                                      int[] hpBufferSize)

nppsAverageRelativeErrorGetBufferSize_32fc
```
@Cast(value="NppStatus")
public static int nppsAverageRelativeErrorGetBufferSize_32fc(int nLength,
                                                       IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsAverageRelativeError_32fc. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsAverageRelativeErrorGetBufferSize_32fc

@Cast(value="NppStatus")
public static int nppsAverageRelativeErrorGetBufferSize_32fc(int nLength,
                                                       IntBuffer hpBufferSize)

nppsAverageRelativeErrorGetBufferSize_32fc

@Cast(value="NppStatus")
public static int nppsAverageRelativeErrorGetBufferSize_32fc(int nLength,
                                                       int[] hpBufferSize)

nppsAverageRelativeErrorGetBufferSize_64f
```
@Cast(value="NppStatus")
public static int nppsAverageRelativeErrorGetBufferSize_64f(int nLength,
                                                      IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsAverageRelativeError_64f. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsAverageRelativeErrorGetBufferSize_64f

@Cast(value="NppStatus")
public static int nppsAverageRelativeErrorGetBufferSize_64f(int nLength,
                                                      IntBuffer hpBufferSize)

nppsAverageRelativeErrorGetBufferSize_64f

@Cast(value="NppStatus")
public static int nppsAverageRelativeErrorGetBufferSize_64f(int nLength,
                                                      int[] hpBufferSize)

nppsAverageRelativeErrorGetBufferSize_64fc
```
@Cast(value="NppStatus")
public static int nppsAverageRelativeErrorGetBufferSize_64fc(int nLength,
                                                       IntPointer hpBufferSize)
```
Device-buffer size (in bytes) for nppsAverageRelativeError_64fc. \param nLength \ref length_specification. \param hpBufferSize Required buffer size. Important: hpBufferSize is a host pointer. \return NPP_SUCCESS

nppsAverageRelativeErrorGetBufferSize_64fc

@Cast(value="NppStatus")
public static int nppsAverageRelativeErrorGetBufferSize_64fc(int nLength,
                                                       IntBuffer hpBufferSize)

nppsAverageRelativeErrorGetBufferSize_64fc

@Cast(value="NppStatus")
public static int nppsAverageRelativeErrorGetBufferSize_64fc(int nLength,
                                                       int[] hpBufferSize)

nppsIntegralGetBufferSize_32s

@Cast(value="NppStatus")
public static int nppsIntegralGetBufferSize_32s(int nLength,
                                          IntPointer hpBufferSize)

nppsIntegralGetBufferSize_32s

@Cast(value="NppStatus")
public static int nppsIntegralGetBufferSize_32s(int nLength,
                                          IntBuffer hpBufferSize)

nppsIntegralGetBufferSize_32s

@Cast(value="NppStatus")
public static int nppsIntegralGetBufferSize_32s(int nLength,
                                          int[] hpBufferSize)

nppsIntegral_32s

@Cast(value="NppStatus")
public static int nppsIntegral_32s(@Cast(value="const Npp32s*")
                             IntPointer pSrc,
                             @Cast(value="Npp32s*")
                             IntPointer pDst,
                             int nLength,
                             @Cast(value="Npp8u*")
                             BytePointer pDeviceBuffer)

nppsIntegral_32s

@Cast(value="NppStatus")
public static int nppsIntegral_32s(@Cast(value="const Npp32s*")
                             IntBuffer pSrc,
                             @Cast(value="Npp32s*")
                             IntBuffer pDst,
                             int nLength,
                             @Cast(value="Npp8u*")
                             ByteBuffer pDeviceBuffer)

nppsIntegral_32s

@Cast(value="NppStatus")
public static int nppsIntegral_32s(@Cast(value="const Npp32s*")
                             int[] pSrc,
                             @Cast(value="Npp32s*")
                             int[] pDst,
                             int nLength,
                             @Cast(value="Npp8u*")
                             byte[] pDeviceBuffer)

Class npps

Constructor Summary

Method Summary

Methods inherited from class org.bytedeco.javacpp.presets.npps

Methods inherited from class java.lang.Object

Constructor Detail

npps

Method Detail

nppsMalloc_8u

nppsMalloc_8s

nppsMalloc_16u

nppsMalloc_16s

nppsMalloc_16sc

nppsMalloc_32u

nppsMalloc_32s

nppsMalloc_32sc

nppsMalloc_32f

nppsMalloc_32fc

nppsMalloc_64s

nppsMalloc_64sc

nppsMalloc_64f

nppsMalloc_64fc

nppsFree

nppsSet_8u

nppsSet_8u

nppsSet_8u

nppsSet_8s

nppsSet_8s

nppsSet_8s

nppsSet_16u

nppsSet_16u

nppsSet_16u

nppsSet_16s

nppsSet_16s

nppsSet_16s

nppsSet_16sc

nppsSet_32u

nppsSet_32u

nppsSet_32u

nppsSet_32s

nppsSet_32s

nppsSet_32s

nppsSet_32sc

nppsSet_32f

nppsSet_32f

nppsSet_32f

nppsSet_32fc

nppsSet_64s

nppsSet_64s

nppsSet_64s

nppsSet_64sc

nppsSet_64f

nppsSet_64f

nppsSet_64f

nppsSet_64fc

nppsZero_8u

nppsZero_8u

nppsZero_8u

nppsZero_16s

nppsZero_16s

nppsZero_16s

nppsZero_16sc

nppsZero_32s

nppsZero_32s

nppsZero_32s

nppsZero_32sc

nppsZero_32f

nppsZero_32f

nppsZero_32f

nppsZero_32fc

nppsZero_64s

nppsZero_64s

nppsZero_64s

nppsZero_64sc

nppsZero_64f

nppsZero_64f

nppsZero_64f

nppsZero_64fc

nppsCopy_8u

nppsCopy_8u